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Dear IEEE Members,

IEEE will be holding its most esteemed event, the 2011 IEEE Honors Ceremony—Power of Persistence—on Saturday, 20 August at the San Francisco Marriott Marquis, San Francisco, CA, USA, where IEEE Award recipients will be honored for outstanding contributions and a night of celebration and collaboration by members of the world’s most prestigious associa-tion of technical professionals.

Please join us in honoring our award recipients via the Web at www.ieee.tv, which will broad-cast the 2011 IEEE Honors Ceremony LIVE at 6:00 p.m. PDT.

You will be able to see first-hand some of the outstanding achievements recognized at the IEEE Honors Ceremony in areas such as audio recording and sound production, envi-ronmental and healthcare technologies, advanced mobile communications and improved digital storage technologies, among others.

One note of distinction is this year’s Medal of Honor recipient, Morris Chang, whose vision-ary leadership shaped the technology policy for an entire nation and revolutionized how the semiconductor industry does business around the world. You can read about Dr. Chang’s work on page 16 of the booklet.

IEEE also presents 30 Technical Field Awards and one prize paper. The IEEE Technical Field Awards and prize papers are presented at IEEE conferences throughout the year. You can learn more about the Technical Field Award recipients on pages 17–25, where you will find a brief description of their achievements in such fields as computer and software develop-ment, robotics, teaching and digital communications, to name a few.

Visit the IEEE Awards Web pages for information on past recipients, videos of recent Honors Ceremonies and for nomination forms for IEEE-level awards and recognitions, www.ieee.org/about/awards.

It is with great joy and appreciation that we present the 2011 IEEE Awards Booklet.Thank you for your continued support of the IEEE Awards Program.

Edward RezekChair, 2011 IEEE Awards Board Presentation and Publicity Committee

www.ieee.org/awards


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The IEEE extends a special thank you to the following organizations for their contributions to the 2011 IEEE Honors Ceremony:

H O N O R S C E R E M O N Y P R O G R A M

Saturday, 20 August 2011 San Francisco Marriott Marquis

San Francisco, CA, USA

W E L C O M I N G R E M A R K S A N D I N T R O D U C T I O N S

IEEE President and CEO, Moshe Kam, Master of Ceremonies IEEE President-Elect, Gordon W. Day

P R E S E N T A T I O N O F I E E E M E D A L S , A W A R D S A N D R E C O G N I T I O N S

IEEE Presidents’ Change the World Competition Student Humanitarian Supreme Prize . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PoaS@úde Telemedicine Project

IEEE Eta Kappa Nu Eminent Member Recognitions . . . . . . . . . . . . . . . . . . . . . Leah H. Jamieson, Matt Ettus

IEEE James H. Mulligan, Jr. Education Medal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Raj Mittra

IEEE Founders Medal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .James F. Gibbons

IEEE Alexander Graham Bell Medal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Arogyaswami J. Paulraj

IEEE Simon Ramo Medal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Neil G. Siegel

IEEE Richard M. Emberson Award . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Donald C. Loughry

IEEE Haraden Pratt Award . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Levent Onural

IEEE Edison Medal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Isamu Akasaki

IEEE Ernst Weber Engineering Leadership Recognition . . . . . . . . . . . . . . . . . . . . . . . . . . . Tze-Chiang Chen

IEEE Corporate Innovation Recognition . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . imec

IEEE John von Neumann Medal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Tony Hoare

IEEE Honorary Member . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . A P J Abdul Kalam

IEEE Honorary Member . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Wang Jianzhou

IEEE Medal for Environmental and Safety Technologies . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Shoichi Sasaki

IEEE Robert N. Noyce Medal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Pasquale Pistorio

IEEE Medal for Innovations in Healthcare Technology . . . . . . . . . . . . . . . . . . . . . . . . . . . .Harrison H. Barrett

IEEE Jack S. Kilby Signal Processing Medal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Ingrid Daubechies

IEEE Richard W. Hamming Medal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Toby Berger

IEEE Medal in Power Engineering . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . William F. Tinney

IEEE Jun-ichi Nishizawa Medal . . . . . . . . . . . . . . . . . . . . Bernard J. Lechner, T. Peter Brody, Fang-Chen Luo

IEEE Dennis J. Picard Medal for Radar Technologies and Applications . . . . . . . . . . . . . . James M. Headrick

IEEE/Royal Society of Edinburgh Wolfson James Clerk Maxwell Award . . . . . . . . . . . . . . . . . Marcian E. Hoff

IEEE MEDAL OF HONOR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Morris Chang

C L O S I N G R E M A R K S

D I N N E R I M M E D I A T E L Y T O F O L L O W


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T A B L E O F C O N T E N T S

2011 IEEE Honors Ceremony Program ........................................................ Inside Front CoverLetter from the IEEE President and Awards Board Chair ........................................................ 22011 IEEE Award Sponsors ...................................................................................................... 3IEEE Presidents’ Change the World Competition Prize ........................................................... 4IEEE Eta Kappa Nu Eminent Member Recognition ................................................................. 4IEEE James H. Mulligan, Jr. Education Medal .......................................................................... 5IEEE Founders Medal ............................................................................................................... 5IEEE Alexander Graham Bell Medal ......................................................................................... 6IEEE Simon Ramo Medal .......................................................................................................... 6IEEE Richard M. Emberson Award............................................................................................ 7IEEE Haraden Pratt Award........................................................................................................ 7IEEE Edison Medal .................................................................................................................... 8IEEE Ernst Weber Engineering Leadership Recognition .......................................................... 8IEEE Corporate Innovation Recognition .................................................................................. 9IEEE John von Neumann Medal ............................................................................................... 9IEEE Honorary Memberships .................................................................................................. 10IEEE Medal for Environmental and Safety Technologies ....................................................... 11IEEE Robert N. Noyce Medal ................................................................................................. 11IEEE Medal for Innovations in Healthcare Technology .......................................................... 12IEEE Jack S. Kilby Signal Processing Medal ........................................................................... 12IEEE Richard W. Hamming Medal ........................................................................................... 13IEEE Medal in Power Engineering .......................................................................................... 13IEEE Jun-ichi Nishizawa Medal ............................................................................................... 14IEEE Dennis J. Picard Medal for Radar Technologies and Applications ................................ 15IEEE/RSE Wolfson James Clerk Maxwell Award .................................................................... 15IEEE Medal of Honor .............................................................................................................. 16IEEE Cledo Brunetti Award ..................................................................................................... 17IEEE Components, Packaging and Manufacturing Technology Award ................................. 17IEEE Control Systems Award .................................................................................................. 17IEEE Marie Sklodowska-Curie Award ..................................................................................... 18IEEE Electromagnetics Award ................................................................................................ 18IEEE James L. Flanagan Speech and Audio Processing Award ............................................. 18IEEE Herman Halperin Electric Transmission and Distribution Award ................................... 18IEEE Andrew S. Grove Award ................................................................................................. 19IEEE Masaru Ibuka Consumer Electronics Award .................................................................. 19IEEE Internet Award ............................................................................................................... 19IEEE Richard Harold Kaufmann Award ................................................................................... 20IEEE Joseph F. Keithley Award in Instrumentation and Measurement .................................. 20IEEE Koji Kobayashi Computers and Communications Award .............................................. 20IEEE Gustav Robert Kirchhoff Award ..................................................................................... 21IEEE William E. Newell Power Electronics Award .................................................................. 21IEEE Daniel E. Noble Award for Emerging Technologies ...................................................... 21IEEE Frederik Philips Award ................................................................................................... 22IEEE Photonics Award ............................................................................................................ 22IEEE Emanuel R. Piore Award ................................................................................................. 22IEEE Judith A. Resnik Award .................................................................................................. 22IEEE Robotics and Automation Award ................................................................................... 23IEEE Frank Rosenblatt Award ................................................................................................. 23IEEE David Sarnoff Award ...................................................................................................... 23IEEE Donald O. Pederson Award in Solid-State Circuits........................................................ 23IEEE Charles Proteus Steinmetz Award.................................................................................. 24IEEE Eric E. Sumner Award ..................................................................................................... 24IEEE Undergraduate Teaching Award .................................................................................... 24IEEE Leon K. Kirchmayer Graduate Teaching Award ............................................................. 24IEEE Nikola Tesla Award ......................................................................................................... 25IEEE Kiyo Tomiyasu Award ..................................................................................................... 25IEEE Donald G. Fink Prize Paper Award ................................................................................. 25IEEE Fellows Class of 2011 and Fellow Committee Roster ............................................. 26–33Joyce E. Farrell IEEE Staff Award ........................................................................................... 34IEEE Eric Herz Outstanding Staff Member Award ................................................................. 34Congratulatory Ads .......................................................................................................... 35–36IEEE Foundation Donor Recognition Program ................................................................. 38–39IEEE Board of Directors and Awards Board Rosters ..................................... Inside Back Cover


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L E T T E R F R O M T H E I E E E P R E S I D E N T A N D A W A R D S B O A R D C H A I R

www.ieee.org/awards

Dear IEEE Members,Distinguished Colleagues, and Friends,

At this year’s IEEE Honors Ceremony, we gather under the theme “The Power of Persistence” to honor and applaud some of the brightest and most successful members of our community. The Ceremony’s theme, emphasizing persistence, is in some discord with the way scientific and technical breakthroughs are often described in popular media. Often such breakthroughs are portrayed as isolated bursts of creativity and innovation, reflecting momentary inspiration or mysterious flashes of luck. Yet, while sparks of creativity do occur, and some great discoveries and inventions can perhaps be attributed to them, the reality is that progress is more often the result of a much more complicated and laborious process. This process involves the grad-ual building of experimental and theoretical foundations; contributions from many observers, experimenters and scholars; and long debates on hypotheses and causations. When a new invention finally emerges from this process, bright and fresh, it often appears self evident – even obvious. It seldom is.

The path that led to discoveries such as the ones we honor in 2011 is frequently quite complicat-ed. Progress happens from time to time, but so do dead ends, wrong directions and negative results. Moreover, the individuals who are representing the spectacular achievements we cel-ebrate often drew on previous studies and truly “stand on the shoulders of giants.” They are brilliant thinkers and original inventors in their own right – but they also had the benefit of earlier studies, guidance by teachers and mentors, institutional support, students, colleagues, and col-laborators.

We celebrate all of them, as well as the nominators and benefactors of the medals and awards – the generous donors who recognized the importance of acknowledging properly the intellect and gifts of the leaders of our profession. They all play an important part in making the IEEE Awards Program one of the highest forms of recognition in our community.

We hope that highlighting the accomplishments of the 2011 recipients will inspire all of us – especially younger professionals – to re-dedicate ourselves to the profession, and to recognize how large the potential still is to use our education, talents and experience to advance technology for humanity.

Moshe Kam IEEE President and CEO

Bruce Wooley IEEE Awards Board Chair


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A W A R D S S P O N S O R S

IEEE proudly acknowledges the sponsorship of its 2011 awards by some of the world’s leading corporations, foundations, and individuals who are interested in the technological disciplines within the scope of interest of IEEE. These sponsors (funders) include:

IEEE Awards Sponsors and Funders:

• Alcatel-Lucent Bell Labs• Brunetti Bequest• The Federation of Electric Power Companies, Japan• Charles LeGeyt Fortescue Graduate Scholarship Fund• The Grainger Foundation• Robert and Ruth Halperin Foundation in Memory of Herman and Edna Halperin• IBM Corporation• Intel Foundation• KDDI R&D Laboratories, Inc.• Keithley Instruments, Inc.• Leon K. Kirchmayer Memorial Fund• MathWorks• Motorola Foundation• National Instruments Foundation• NEC Corporation• Nokia Corporation• Northrop Grumman Corporation• Pearson Education, Inc.• Philips Electronics N.V.• QUALCOMM, Incorporated• Raytheon Company• Sarnoff Corporation• Samsung Electronics Company, Ltd.• Semiconductor Research Foundation• Sony Corporation• Texas Instruments, Incorporated• Taiwan Semiconductor Manufacturing Company Limited• Dr. Kiyo Tomiyasu• Toyota Motor Corporation• Wolfson Microelectronics plc (funder)

IEEE Sponsors of 2011 IEEE Awards:

• IEEE Aerospace and Electronic Systems Society• IEEE Antennas and Propagation Society• IEEE Components, Packaging and Manufacturing Technology Society• IEEE Circuits and Systems Society• IEEE Computational Intelligence Society• IEEE Control Systems Society• IEEE Education Society• IEEE Electromagnetic Compatibility Society• IEEE Electron Devices Society• IEEE Emanuel R. Piore Award Fund• IEEE Engineering in Medicine and Biology Society• IEEE Foundation• IEEE Geoscience and Remote Sensing Society• IEEE Industry Applications Society• IEEE Industrial Electronics Society• IEEE Life Members Committee• IEEE Microwave Theory and Techniques Society• IEEE Nuclear and Plasma Sciences Society• IEEE Photonics Society• IEEE Power Electronics Society• IEEE Power & Energy Society• IEEE Reynold B. Johnson Information Storage Systems Award Fund• IEEE Robotics and Automation Society• IEEE Signal Processing Society• IEEE Solid-State Circuits Society• IEEE Standards Association• IEEE Technical Activities Board


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Student Humanitarian Supreme Prize

P R E S I D E N T S ’ C H A N G E T H E W O R L D C O M P E T I T I O N H K N E M I N E N T M E M B E R R E C O G N I T I O N

PoaS@úde Telemedicine Project Team

Eminent Member recognition is conferred upon those select few whose technical attainment and contributions to society through leadership in the fi elds of electrical and computer engineering have resulted in signifi cant benefi ts to humankind. Since 1950, only 125 individuals have been selected to receive this honor. In September 2010, IEEE and HKN merged to form IEEE Eta Kappa Nu. For a full listing of Eminent Members, visit the website, www.hkn.org

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People living in remote areas of the world have limited access to medical care. Recent advances in broadband communication, combined with multimedia compression methods, convinced the PoaS@úde team that telemedicine solutions to this problem were possible.

The PoaS@úde Telemedicine Project aimed to develop a real-time eHealth solution and promotion of public prevention programs for remote areas. The primary focus was on obstetric ultrasonography for prenatal care. The concepts were applied in remote districts of Porto Alegre, Southern Brazil, remote cities of the Amazon region, and in Northern Brazil, where a hospital is a 12- to 24-hour boat ride away.

The team conceived a collaborative tele-ultrasound system over a hybrid network, which included a PLC (Power Line) and a satellite, based on multimedia data, called VideoMed. Using this, a medical specialist could assist, guide, and interact in real time with a remote doctor. The signal is coded in MPEG-4 and transmitted live. The specialist would analyze and communicate by audio and through a pointer, giving procedural instructions to the remote doctor showing, for example, a hand in picture-in-picture (PIP) form.

The benefi ts of PoaS@úde were two-fold: increased prenatal exams and early diagnosis of problems for pregnancy patients and increased training and contact with specialists for remote doctors.

Leah Jamieson is the John A. Edwardson Dean of Engineering at Purdue University, Ransburg Distinguished Professor of Electrical and Computer Engineering. She served as 2007 President and CEO of IEEE, 2005 IEEE V.P. for Publication Services and Products, and 2003 IEEE V.P. for Technical Activities. She is co-founder and past director of the EPICS – Engineering Projects in Community Service – Program. She has been recognized with the U.S. National Academy of Engineering’s Gordon Prize for Innovation in Engineering and Technology Education, the NSF Director’s Award for Distinguished Teaching Scholars, ASEE’s Chester F. Carlson Award for Innovation in Engineering Education, the Harriet B. Rigas ‘‘Outstanding Woman Engineering Educator’’ Award from the IEEE Education Society, the Anita Borg Institute’s Women of Vision Award for Social Impact, and the IEEE Signal Processing Society’s Meritorious Service Award. Leah Jamieson is a member of the NAE and a Fellow of the IEEE.

PoaS@úde Telemedicine Project

IEEE ETA KAPPA NU

Leah H. Jamieson

IEEE ETA KAPPA NU

Matt Ettus

HKN Eminent Member Recognitions

Matt Ettus is a founder of Ettus Research, LLC that produces radio peripheral software which is used in such applications as mapping the earth, moon and stars; tracking wildlife; teaching signal processing; and communicating from distances as short as across a desk to around world. He has extensive experience in software-based communication systems and system-on-chip RF architecture. Founded in 2004, the company manufactures electronic components used in mobile phones, broadcast TV and radios, and satellite navigation. Since February 2010, it has operated as a subsidiary of National Instruments Corp. Matt Ettus is recognized as the world’s expert on the development of software-based radio communications. He is a major contributor to the GNU Radio project and is the creator of the Universal Software Radio Peripheral (USRP) standard. He holds an MS in ECE from Carnegie Mellon and dual BS degrees in EE and CS from Washington University in St. Louis.


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I E E E M E D A L S

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Raj Mittra’s technical expertise and dedication to teaching have helped set the trends in electromagnetics research for over fi ve decades. Dr. Mittra specializes in the design of electromagnetic systems such as radars, satellite antennas, communication systems, microwave and millimeter wave integrated circuits and instruments for remote sensing and geophysical prospecting. His role in the design of these systems is primarily in the devel-opment of special-purpose computer programs and algorithms that are capable of solving problems that are well beyond the reach of commercially available computer codes. He has trans-ferred his expertise to graduate and postdoctoral students through innovative classroom instruction at the University of Illinois and Pennsylvania State University and with important publications and popular short courses. Dr. Mittra has graduated over 100 Ph.D. students and has mentored over 60 postdoctor-ates and visiting scholars who have specialized in the areas of computational electromagnetics, antennas, sensing, metamate-rials, integrated circuits and electronic packaging. He has published over 1,000 technical papers and more than 30 books or book chapters related to electromagnetics. Dr. Mittra has directed short courses on pioneering electromagnetics topics held at universities around the world and in-house at many companies, extending the reach of his knowledge beyond his classroom. He has attracted the best and brightest to study under him, and his students’ thesis work has often transferred to industry with lasting impact, providing more effi cient and cost-effective design solutions.

An IEEE Life Fellow, Dr. Mittra is currently director of the Electromagnetic Communication Lab at Pennsylvania State University, University Park, and has a part-time appointment as a Distinguished Professor in the Electrical Engineering Department at King Fahd University of Petroleum and Minerals, Dammam, Saudi Arabia.

Scope: For a career of outstanding contributions to education in the fi elds of interest of IEEE.

For contributions to graduate education, engineering research and research training in electromagnetic communication

Raj Mittra

2011 IEEE James H. Mulligan, Jr. Education Medal

Sponsored by Mathworks, Pearson Education, Inc., National Instruments Foundation, and the IEEE Life

Members Committee

For over 50 years, James F. Gibbons’ commitment to building relationships between academia and industry has been a key to the success of Stanford University’s School of Engineering and has also helped fuel innovations developed by Silicon Valley. He built Stanford’s fi rst semiconductor processing laboratory in 1957, creating a major new direction for Stanford’s Electrical Engineering Department. Later, he was instrumental in creating Stanford’s Center for Integrated Systems (CIS, 1980), providing a fi rst-class facility for faculty and students to prototype state-of-the-art chips and explore research questions. Dr. Gibbons and his colleagues created a new model for the Center that allows corporate partners to provide support for and actively participate in its ongoing research. The CIS continues to serve as an important industry source for precompetitive research. As dean of Stanford’s School of Engineering from 1984 to 1996, he brought the Department of Computer Science into the School and initiated integration of that discipline into its teaching and research. He was instrumental in fundraising efforts that led to construction of the Gates Computer Science Building, the Paul Allen Wing for CIS, the Packard Electrical Engineering Building and the Hewlett Teaching Center. With the participation of venture capitalists, he created the Stanford Engineering Venture Fund to build the School’s endowment, and he initiated education in entrepreneurship through the widely respected Stanford Technology Ventures program. Dr. Gibbons’ research contributions include pioneering work on implantation and rapid thermal processing for semicon-ductor chips, both of which are foundational technologies in today’s semiconductor industry. He also developed in 1972 a vid-eo-based learning process called Tutored Video Instruction (TVI), combining video instruction with an on-site tutor to provide grad-uate-level education to engineers in the fi eld, a program especially valuable for companies with global engineering teams. An IEEE Life Fellow, Dr. Gibbons is currently a research professor of elec-trical engineering at Stanford University, Calif.

Scope: For outstanding contributions in the leadership, planning, and administration of affairs of great value to the elec-trical and electronics engineering profession.

For leadership in engineering research, education and administration, and for building bridges between academia and industry

James F. Gibbons

2011 IEEE Founders Medal

Sponsored by the IEEE Foundation


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I E E E M E D A L S

Arogyaswami J. Paulraj’s development of multiple input-multi-ple output (MIMO) antenna technology for wireless communications has revolutionized both local area and mobile broadband communications, enabling high-speed access to multimedia services. Employing multiple antennas at both the transmit and the receive stations, the success of MIMO is its ability to provide both higher data rates and wider coverage areas. Dr. Paulraj fi rst developed the idea of MIMO in 1992 while at Stanford University. Using the spatial multiplexing concept that exploits MIMO antennas, he demonstrated that spectral ef-fi ciency could be improved by transmitting independent data streams from each transmit antenna and then exploiting the distinct spatial signatures of each stream at the receive antennas to separate them. He was issued a patent for the MIMO concept in 1994, but he faced skepticism from industry and funding sources. However, he persisted and held annual workshops at Stanford on the technology that eventually helped interest in MIMO take hold in the late 1990s. Dr. Paulraj founded Iospan Wireless Inc. in 1998 as the fi rst company to incorporate MIMO technology in a commercial system. The lessons learned at Iospan gave the wireless industry confi dence to incorporate MIMO into emerging wireless standards. Iospan’s technology underpins today’s 4G wireless systems. Intel Corp. acquired part of Iospan in 2003 to help launch its own push into wireless broadband, further establishing the importance of Dr. Paulraj’s MIMO concept. An IEEE Fellow, Dr. Paulraj is a Professor Emeritus at Stanford University, Calif., and a senior advisor to Broadcom Corp., Irvine, Calif.

Scope: For exceptional contributions to the advancement of communications sciences and engineering.

For pioneering contributions to the application of multiantenna technology to wireless communication systems

Arogyaswami J. Paulraj

2011 IEEEAlexander Graham Bell Medal

Sponsored by Alcatel-Lucent Bell Labs

Neil Siegel’s groundbreaking systems engineering work in creating the “digital battlefi eld” has helped defi ne the future of the U.S. armed forces and is already saving the lives of soldiers and Marines. Dr. Siegel led the design of a digital system capable of tracking friendly and enemy forces, thereby revolu-tionizing tactical-level command and control. He led programmatic, systems engineering and technology efforts and also guided what was an initially controversial concept through political minefi elds to realization. This system, known as Force XXI Battle Command Brigade-and-Below (FBCB2), is also known as the Blue-Force Tracker. Dr. Siegel’s invention of the force-structure-aware communications network provides better communications in the challenging tactical environment by in-corporating continuously updated knowledge of the military force structure it is supporting into routing decisions. The com-munications network achieves reliable infrastructureless wireless communications for tens of thousands of mobile platforms, without depending on cellular towers or fi xed-site relays. FBCB2 has thereby become the U.S. Army’s principle battle command system, is deployed on U.S. Army and U.S. Marines vehicles worldwide and is credited with saving hundreds of soldiers’ lives during its use in Iraq, Afghanistan and the Balkans. It has been cited by commanders as one of the most decisive new military technologies of our time. Over 90,000 units of this system are in use today, and it is planned to be the cornerstone of U.S. tactical operations for decades to come. An IEEE Fellow and member of the National Academy of Engineering, Dr. Siegel is currently sector vice president and chief engineer at Northrop Grumman’s Information Systems, Dominguez Hills, Calif.

Scope: For exceptional achievement in systems engineering and systems science.

For the pioneering engineering that led to the successful development of the digital battlefi eld, a lifesaving and integral part of U.S. Army operations

Neil G. Siegel

2011 IEEESimon Ramo Medal

Sponsored by Northrop Grumman Corporation


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Donald C. Loughry’s leadership and support of IEEE standards initiatives have provided the structure necessary for the success-ful growth of computer networking and wireless communications technology. Among his many contributions to standards devel-opment, Loughry was a key initiator of the IEEE’s 802 family of standards during the 1980s and 1990s, which has had important implications for local area networks (LANs) and wireless data transfer. The 802 group would become one of the most prolifi c sponsors of standards within IEEE with great economic and social impact. In 1980, Loughry helped form the IEEE 802 LAN standards committee, which had the task of reaching consensus on three to fi ve LAN standards to facilitate development and implementation of the technology. Loughry served as the initial study group chairperson for work on Ethernet connection tech-nology. He was a key contributor to the 802.3 working group, which defi ned a 10 megabit per second connection standard in 1985. By 1998, the 802.3 Ethernet standard was employed in over 100 million computer networks worldwide. During the 1990s, Loughry helped initiate the development of the 802.11 standards for wireless LANs, providing the structure for wireless data transfer to laptop computers, digital music players and other handheld devices throughout homes, businesses and at WiFi hotspots. Loughry also worked hard to give IEEE the repu-tation of a worldwide standards organization, leading the evolution of the IEEE Standards Board into the IEEE Standards Association. An IEEE Life Senior Member, Loughry worked for Hewlett-Packard Company, Palo Alto, Calif., for 42 years until his retirement in 1998 as standards manager.

Scope: For distinguished service to the development, viability, advancement, and pursuit of the technical objectives of the IEEE, and given to IEEE members.

For leadership in the development of technical standards within IEEE that meet critical industrial and societal imperatives

Donald C. Loughry

2011 IEEERichard M. Emberson Award

Sponsored by the IEEE Technical Activities Board

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I E E E S E R V I C E A W A R D S

An active and dedicated IEEE volunteer, Levent Onural has expanded IEEE’s mission of advancing technology for the benefi t of humanity around the world. Dr. Onural’s fi rst major accomplishment was founding the IEEE Turkey Section in 1989. Where others had previously failed due to required high-level government approval at that time in Turkey, Dr. Onural’s persis-tence paid off as he navigated the diffi cult course to successfully establish the section. As director of IEEE Region 8 (2001-2002), which is comprised of Europe, the Middle East and Africa, Dr. Onural dealt with many issues including the sensitive issue of U.S. government sanctions against certain countries that prevented IEEE from holding section activities in some countries in Region 8, or from publishing technical papers of authors from these countries. Dr. Onural saw this as an affront to IEEE’s mission and was instrumental in driving IEEE to work with the U.S. government to resolve the issue in IEEE’s favor. Dr. Onural’s dedication to student education was exemplifi ed as Region 8 Student Activities Committee chair (1995-1998) and as vice chair of student activities for the IEEE Regional Activities Board (1998-1999), initiating many strong programs that increased the number of student chapters in Region 8 and around the world, improved the quality of student membership and promoted member retention. Dr. Onural was elected IEEE secretary in 2003 and developed modifi cations to the IEEE con-stitution that were critical to ensuring its long-term stability. An IEEE Fellow, Dr. Onural is currently a professor and dean of en-gineering at Bilkent University, Ankara, Turkey, where he has taught since 1987.

Scope: For outstanding service to IEEE.

For leadership in the worldwide promotion of the values embraced by IEEE

2011 IEEEHaraden Pratt Award

Sponsored by the IEEE Foundation

Levent Onural


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2011 IEEEEdison Medal

Sponsored by Samsung Electronics Co., Ltd.

Isamu Akasaki

For seminal and pioneering contributions to the development of nitride-based semiconductor materials and optoelectronic devices, including visible wave length LEDs and lasers

The persistent research efforts of Isamu Akasaki have resulted in the technology behind today’s high-brightness display lighting and advanced entertainment devices. During the late 1960s, Dr. Akasaki began researching solutions to the roadblocks that had prevented realization of high-performance blue LEDs and lasers. While many abandoned the challenge, his work using gallium nitride materials paid off in the 1990s with pioneering develop-ments that led to high-brightness blue, green and white LEDs and high-performance blue-violet semiconductor lasers. His work has infl uenced all subsequent developments on these LEDs and lasers and has enabled devices such as the blue-ray disc player, white illumination sources and solid-state full-color displays. His fi rst achievement important to the development of blue LEDs came in 1985 when he successfully grew high-quality single-crystal gallium nitride on sapphire substrates using a low-temperature buffer technology. His second was in 1989 when he used low-energy electron beam irradiation for p-type doping of gallium nitride. These achievements made at Nagoya University were necessary for further development of gallium nitride as the wide bandgap semiconductor system to enable the new light source. He then realized the fi rst blue/ultraviolet gallium nitride LEDs. During the 1990s, Dr. Akasaki demonstrated stimulated emission in the ultraviolet region with optical excitation from gallium nitride at room temperature and electrically injected ul-traviolet/purple-blue laser diodes. His inventions launched a new market for optoelectronics devices, and the Akasaki Institute at Nagoya University was founded in 2006 based on royalties from his patents. An IEEE Fellow, Dr. Akasaki is a professor with Meijo University’s Graduate School of Science and Technology and a Distinguished University Professor of Nagoya University, Japan.

Scope: For a career of meritorious achievement in electrical science, electrical engineering or the electrical arts.

Tze-Chiang Chen

2011 IEEEErnst Weber Engineering Leadership Recognition

Sponsored by IEEE

For engineering and managerial leadership in driving the world’s most advanced silicon chip technologies from research to development to manufacturing

For over 25 years, Tze-Chiang Chen has driven major innovations in silicon microelectronics technology with contributions spanning across research, development and product manufac-turing. His technical and managerial leadership in understanding and developing advanced bipolar, complimentary metal-oxide semiconductor (CMOS) and dynamic random access memory (DRAM) technology has played a critical role in placing IBM as one of the leaders of CMOS technology. Technology developed under Dr. Chen’s guidance has impacted mainframe computing systems used worldwide for scientifi c, banking, and other business applications and has advanced the global semiconduc-tor industry as a whole. During the 1980s, Dr. Chen conducted pioneering work on the polysilicon emitter/single-crystal silicon interface that led to the world’s fi rst double-poly bipolar technol-ogy. The successful commercialization of this technology formed the basis of semiconductor devices that were deployed in the IBM S/390 mainframe computers. Beginning in 1999, Dr. Chen helped lead an IBM team that demonstrated the fi rst commercial microprocessor using silicon-on-insulator technology for high-performance logic. He also personally led IBM’s high-k/metal-gate CMOS development, which was one of the biggest changes to silicon microelectronics technology in decades.

Dr. Chen is a strong advocate of international collaboration in technology development. During the 1990s, he led a multina-tional alliance for advancing trench-capacitor DRAM technology, and his technical contributions led to the announcement of the world’s fastest and smallest 256-Mb DRAM in 1995. His success-ful multinational development programs became the models for subsequent IBM joint-development projects with semiconduc-tor companies worldwide. An IEEE Fellow, Dr. Chen is currently an IBM Fellow and vice president of science and technology with IBM Research, Yorktown Heights, N.Y.

Scope: For exceptional managerial leadership in the fi elds of interest of IEEE.

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Founded in 1984, imec has tackled the roadblocks to continued scaling of transistor size with innovations in CMOS integrated circuit development that have led to more powerful computers and consumer electronics. Key to imec’s success is its distinctive model of collaboration with industrial partners through strategic industrial affi liation programs. This allows industry to share talent and intellectual property (IP) and to reduce risk through co-invest-ment and ultimately accelerate research using imec’s pilot lines. imec has also an extensive library of IP, know-how that can be transferred or tuned to the needs of company. In 2004, imec created a sub-32-nm research platform for 300-mm silicon wafers built around state-of-the-art equipment. Together with world-leading semiconductor manufacturers, foundries and equipment and material suppliers, this research resulted in world-record SRAM cells. Today, imec continues to innovate, moving below the 22-nm dimension and toward 450-mm wafers for further improve-ments in integrated circuit performance and exploring three-dimensional silicon technologies. Based on its silicon process technology expertise, imec is now working on the base technolo-gy needed to improve power electronics, using gallium nitride as its material of choice. imec also applies its semiconductor process technology expertise to develop innovative silicon solar cells with higher effi ciency and lower cost. imec’s research on integrated CMOS and microelectromechanical systems technologies inte-grated on top of CMOS has led to a heterogeneous integration platform offering companies development-on-demand, prototyp-ing and small volume production of innovative products combining various state-of-the-art technologies. imec’s healthcare research resulted already in intelligent body-area networks with wireless sensors, such as EEG or ECG, which allow ambulatory monitoring of people to increase the comfort level of patients.

With headquarters in Leuven, Belgium, and a staff of about 1,900 people, imec has offi ces in Belgium, the Netherlands, Taiwan, the United States, China and Japan. Dr. Luc Van den hove is imec’s current president and chief executive offi cer.

Scope: For outstanding and exemplary contributions by an industrial entity, governmental or academic organization, or other corporate body, which have resulted in major advancement in electrotechnology.

For continuous contributions to CMOS technology and for innovations in global business development and university-industry collaborations

imec

2011 IEEECorporate Innovation Recognition

Sponsored by IEEE

Professor Sir Tony Hoare has established the foundation of much that is taken for granted today in software design. A major portion of Sir Tony’s 50-plus-year scientifi c career has been devoted to developing the theoretical underpinnings of software to the point where its creation becomes a true engineering fi eld. His work also has had practical impact, with application to commercial software development projects involving database management systems for the telecommunications industry and security and safety ap-plications in the medical, transportation and nuclear power industries. Sir Tony invented the Quicksort sorting algorithm in 1960, which has been widely studied and implemented in modern computers. He also led a team during the 1960s that developed a successful early compiler for the ALGOL 60 high-level language. His compiler checked all array subscripts at run-time, which is a precaution now common in modern object-oriented languages. Rejecting shared variable interaction, he proposed “communicat-ing sequential processes” to address concurrency issues among programs. This bold step was very infl uential and saw application in the U.S. Department of Defense’s Ada language. It was also the inspiration for the Occam programming language used in the transputer microprocessor developed during the 1980s for parallel computing. More recent work from Sir Tony involves working on the theory that would underpin a verifi cation toolset and encour-aging computer scientists to work together toward its achievement. A Fellow of the U.K. Royal Academy of Engineering and a foreign associate of the U.S. National Academy of Engineering, he is currently a principal researcher with Microsoft Research Ltd., Cambridge, U.K.

Scope: For outstanding achievements in computer-related science and technology.

For seminal contributions to the scientifi c foundation of software design

2011 IEEEJohn von Neumann Medal

Sponsored by IBM Corporation

Tony Hoare

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The first scientist to be elected president of India, APJ Abdul Kalam is a leader whose vision and commitment to improving society through technology has helped India’s overall develop-ment. Prior to becoming India’s 11th president, Dr. Abdul Kalam was already influencing India’s path to becoming a developed nation by providing both technological innovations and leadership to improve the lives of India’s population. During the 1990s, Dr. Abdul Kalam was appointed chairman of India’s Technology Information Forecasting and Assessment Council. He led a team of 500 experts to create a technology roadmap known as Technology Vision 2020, which provides the guidelines for developing India using technology to benefit the common citizen. As India’s principal science advisor from 1999–2001, Dr. Abdul Kalam spearheaded the Providing Urban Amenities to Rural Areas (PURA) program, in which technology plays an important role in improving India’s rural areas. As president from 2002 to 2007, he used the influence of his position to motivate countless students to be honest, study and work for the betterment of India and to realize the role of science in achieving that goal. With B.S. Raju, he developed the Kalam-Raju cardiac stent, which has benefited thousands of cardiac patients. Dr. Abdul Kalam also initiated the use of light-weight materials for floor-reaction orthosis calipers, improving the quality of life of over 50,000 physically disadvantaged children who have been fitted with the device. He was instru-mental in using telemedicine to improve healthcare access for India’s rural population. Dr. Abdul Kalam is currently the Chancellor of the Indian Institute of Space Science and Technology, Asia’s first Space Institute and the first in the world to offer the complete range of undergraduate, post graduate, doctoral programs with specific focus to space science, tech-nology and applications, situated at Trivandrum, India.

Scope: To individuals not members of IEEE, who have rendered meritorious service to humanity in IEEE’s designated fields of interest.

For outstanding contributions toward transforming society through technology and for inspiring millions of school children to harness science and technology for human welfare and national development

A P J Abdul Kalam

2011 IEEE Honorary Membership

Sponsored by IEEE

I E E E H O N O R A R Y M E M B E R S H I P

Wang Jianzhou

2011 IEEE Honorary Membership

Sponsored by IEEE

For greatly enhancing the quality of life of large populations in rural areas through visionary leadership in the deployment of affordable mobile telecommunications

Wang Jianzhou not only has led China Mobile Communications Corporation to be the world’s largest telecommunications operator but has done so with a purpose of social responsibility for the benefit of China’s population. Serving as chief executive of China Mobile since 2004, Dr. Wang has driven the company to rank first among the world’s telecommunication operators in user base, network size and market value. More than just a financial success story, Dr. Wang has instilled his commitment to social responsibility by providing extensive network coverage to China’s rural areas. Despite business analysts who thought opening up the rural market would be unprofitable, Dr. Wang has set an example of how business can strike a balance between financial performance and social responsibility. His visionary leadership has provided China with a mobile network that covers 99% of its population, including 77,000 remote villages. By bridging the digital gap between China’s urban and rural areas, Dr. Wang has improved the country’s infrastructure, stim-ulated the rural economy and changed the livelihood of China’s farming population. The lives of those in the rural areas have been improved through access to up-to-date market and other important information via mobile communications, enabling them to make better-informed decisions. Also under Dr. Wang, China Mobile is the first telecommunications company in China to incorporate climate-change considerations in its corporate-level strategy, investing in energy-saving technologies such as an Internet Protocol-based network, smart power conservation by carrier frequency and by shifting to wind, solar and other sus-tainable energy sources. Dr. Wang is currently chairman of China Mobile Communications Corporation, Beijing, China.

Scope: To individuals not members of IEEE, who have rendered meritorious service to humanity in IEEE’s designated fields of interest.

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2011 IEEERobert N. Noyce Medal

Sponsored by the Intel Foundation

Pasquale Pistorio

For contributions to, and leadership in, the technology, business and environmental development of the global semiconductor and electronics industry

Pasquale Pistorio’s pioneering efforts helped improve the micro-electronics industry in Europe and formed one of the world’s top semiconductor manufacturers. Mr. Pistorio merged Italy’s SGS Group with France’s Thomson Semiconducteurs during the 1980s to form what is today known as STMicroelectronics. In 1980, he left Motorola Corporation while general manager of its International Semiconductor Division to take on the challenge of reviving the only remaining microelectronics company in his native Italy. As chief executive offi cer of the SGS Group, he transformed the struggling company into a successful semicon-ductor manufacturer. This led to the merger with Thomson in 1987, which positioned the newly formed company, then known as SGS-Thomson Microelectronics, as a strong international competitor. Mr. Pistorio’s leadership skills were crucial in over-coming the anxieties and mistrust initially involved with this fi rst-of-its-kind merger of equals in a very competitive industry. His vision and leadership helped overcome the diverse social, economic and political landscape in Europe to successfully add and merge companies in France, Italy, the United Kingdom and the United States. Mr. Pistorio was also a key driver of advanced technology research groups that helped Europe close the tech-nology gap with the rest of the world as companies learned that competitors could become respected partners for the good of the industry. An advocate of environmental protection who believes that environmentally friendly companies are more fi -nancially competitive, Mr. Pistorio also has a special interest in bridging the imbalance between those with access to technol-ogy and those without. Mr. Pistorio retired from STMicroelectronics, Geneva, Switzerland, as president and chief executive offi cer in 2005 and is the company’s honorary chairman.

Scope: For exceptional contributions to the microelectronics industry.

Shoichi Sasaki’s contributions to the technology behind the Toyota Prius hybrid electric vehicle (HEV) has helped drive the success of HEVs and revolutionize the automobile industry. He invented the control method for the Prius that made hybrid control simpler and more transparent by introducing power to the control algorithm to combine internal combustion engine control and battery charge/discharge control. Launched in 1997 in Japan, the Prius obtained revolutionary fuel effi ciency using the “Toyota Hybrid System” (THS). Professor Sasaki was instru-mental in implementing the THS after simulating and modeling several potential hybrid systems. His unifi ed control algorithm achieved optimal fuel effi ciency, adjustable engine starting and stopping while driving, suppression of changes in driving force and control of the battery. Due to the algorithm’s fl exibility, it has been applied to all Toyota hybrid vehicles. Professor Sasaki also supervised the electric power management to ensure pre-vention of over-voltage, over-current and over-heating of system components as well as excessive charging/discharging of the battery in real-world driving conditions. He also developed a variable voltage drive system that incorporates a boost converter to reduce motor drive current, allowing for more compact inverters and motor generators and providing a lighter weight system. The boost converter system was introduced in the 2003 Prius. Professor Sasaki’s contributions to the safety of the vehicle include a fail-safe and diagnostic system for the traction motor system to combat unintentional drive force from motor-control-related component failure. An IEEE Member, Professor Sasaki is currently a professor at the Keio University Graduate School of System Design and Management, Yokohama, Japan.

Scope: For outstanding accomplishments in the application of technology in the fi elds of interest to IEEE that improve the environment and/or public safety.

For pioneering contributions to the development and market penetration of hybrid electric vehicles (HEVs) through the invention of their power output apparatus and control method

2011 IEEEMedal for Environmental and Safety

Technologies

Sponsored by Toyota Motor Corporation

Shoichi Sasaki

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Considered one of the top imaging scientists in the world for his knowledge of the underlying physics and mathematics of bio-medical imaging, Harrison H. Barrett has broadly impacted the fi eld with contributions to instrumentation, reconstruction algo-rithms and image quality assessment. He has provided a rigorous theoretical basis and clearly defi ned experimental and computa-tional paradigms for the assessment and optimization of image quality. His work led to improved understanding of single photon emission computed tomography (SPECT) imaging, which uses gamma rays to provide three-dimensional imaging of the brain, tumors and bone. Dr. Barrett’s research on image quality assessment has revolutionized how medical imaging systems are evaluated. He implemented numerical observers that allow a computer to analyze images instead of using human observers, overcoming what can be a lengthy process. Quantitative image quality assessment is now a requirement for practically all biomedical imaging. As early as 1972, he published some of the fi rst results on using coded apertures for high-reso-lution tomographic imaging in nuclear medicine. During the 1980s and 1990s, he developed methods to improve the resolu-tion-sensitivity trade-off in SPECT systems. He developed a stationary hemispherical SPECT system for human brain imaging and the FastSPECT and FastSPECT II systems for fast dynamic imaging in small animals. Recent developments include semi-conductor arrays for high-resolution gamma-ray imaging. He co-founded the University of Arizona Center for Gamma-Ray Imaging in 1998. An IEEE Fellow, Dr. Barrett is currently Regents Professor and director of the Center for Gamma-Ray Imaging at the University of Arizona, Tucson.

Scope: For outstanding contributions and/or innovations in engineering within the fi elds of medicine, biology, and health-care technology.

For pioneering contributions to the foundations and applications of biomedical imaging science

Harrison H. Barrett

2011 IEEEMedal for Innovations in Healthcare Technology

Sponsored by the IEEE Engineering in Medicine and Biology Society

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2011 IEEEJack S. Kilby Signal Processing Medal

Sponsored by Texas Instruments, Inc.

Ingrid Daubechies

For pioneering contributions to the theory and applications of wavelets and fi lter banks

Considered one of the best known female mathematicians, Ingrid Daubechies’ creation of practical wavelet transforms rev-olutionized signal processing and has impacted audio, image and video devices and communications systems. Her develop-ment of orthogonal bases of compact support in 1998 was a watershed moment for the fi eld of signal processing. Her work opened up new pathways of theory and applications for wavelets and fi lter banks and showed that their practical use in applica-tions was indeed possible. Used for signal coding and data compression, the “Daubechies Wavelets” are now an indispens-able tool for signal processors. In her groundbreaking work, Dr. Daubechies demonstrated how to design well-behaved orthog-onal wavelets using well-known fi lter banks and was able to provide a complete analysis. Dr. Daubechies then extended her wavelet techniques to expand their range of applications. In 1992, with A. Cohen and J.C. Feauveau, she developed a family of symmetrical biorthogonal wavelet bases to better handle image and video encoding problems. The eventual JPEG 2000 image coding standard, which enables applications such as next-generation entertainment systems and medical systems for telediagnosis, would be based on these wavelets and fi lter banks. Dr. Daubechies also worked with Wim Sweldens to apply Sweldens’ lifting algorithm to general wavelet transforms. The resulting algorithms offered state-of-art performance in speed and memory. She also applied lifting to a integer-to-integer wavelet transform that eliminated the noise present in standard transform coding algorithms. The lifted and integer-to-integer wavelets are key components of the JPEG 2000 standard. An IEEE Fellow, Dr. Daubechies is currently a professor in the Mathematics Department at Duke University, Durham, N.C.

Scope: For outstanding achievements in signal processing.


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2011 IEEERichard W. Hamming Medal

Sponsored by Qualcomm, Inc.

For contributions to Information Theory, including source coding and its applications

Toby Berger

Toby Berger’s pioneering contributions to rate distortion and source coding have impacted how audio and video fi les are compressed for effi cient transmission and viewing over the Internet. Dr. Berger was the fi rst to extend Shannon’s lossy coding theorem to abstract-alphabet sources with memory in 1968. Dr. Berger’s work was the forerunner of the widely adopted JPEG and MPEG standards for picture and video fi les. The structures of today’s video coding standards resemble the structures Berger described in 1970. His book, Rate Distortion Theory: A Mathematical Basis for Data Compression (Prentice Hall, 1971) became the best reference on the topic and is still an important source today. Dr. Berger is one of the pioneers of multiuser source coding, which deals with the challenges of handling the transfer of information from one to many. Building on his rate-distortion work, he helped defi ne the framework and future directions for distributed source coding and distributed lossy coding. He defi ned fundamental concepts including strong typicality and the Markov lemma for distributed source coding and network information theory. Dr. Berger’s introduction of the “CEO problem” for multiterminal source coding during the late 1990s is considered one of the most important contributions in the history of distributed coding. His more recent interests include combining information theory and biological systems for an interdisciplinary area called “neuroinformation theory” that holds promise for energy-effi cient computation and communi-cation that is analog instead of digital.

An IEEE Life Fellow, Dr. Berger is the Irwin and Joan Jacobs Professor of Engineering, Emeritus, at Cornell University, Ithaca, N.Y., and professor of electrical and computer engineering at the University of Virginia, Charlottesville.

Scope: For exceptional contributions to information sciences, systems and technology.

2011 IEEEMedal in Power Engineering

Sponsored by the IEEE Industry Applications, Industrial Electronics, Power Electronics and

Power and Energy Societies

For leadership in the technology upon which the modern computer analysis of electric power system networks is based

William F. Tinney

One of the earliest pioneers of digital power fl ow solutions for the electric power industry, William F. Tinney’s groundbreaking work during the late 1960s while with the Bonneville Power Administration enabled digital computers to solve the power fl ow problem. The ability to calculate the power fl owing on the lines of a large grid given load and generation information is crucial to the planning, design and reliable operation of the world’s power grids. Even with the advent of digital computers, it wasn’t until Mr. Tinney’s breakthrough solutions that computers could provide the analytical tools and services that have enabled the safe expansion of the power grid. Practically every electric power system network computer program developed over the past 40 years is based on his sparse network solution approach. Published in 1967, the sparse matrix technology concept became used worldwide in all power system computer applica-tions requiring solution of power network equations. In 1968, with H.W. Dommel, Tinney introduced the optimal power fl ow problem and a method for its solution. The paper detailing this revolutionary work that was published in the IEEE Transactions on Power Apparatus and Systems (vol. 87, pp. 1866-1876) was voted the fi fth-most important paper in 20th century power system analysis. Soon new power system operations centers were developed that utilized Tinney’s methods for real-time monitoring and analysis of the power grid. An IEEE Life Fellow, Mr. Tinney worked for the Bonneville Power Administration, Portland, Ore., from 1950 to 1979. He is an independent consul-tant for vendors of power systems software.

Scope: For outstanding contributions to the technology associ-ated with the generation, transmission, distribution, application, and utilization of electric power for the betterment of society.


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The early work of Bernard J. Lechner, T. Peter Brody and Fang-Chen Luo on liquid-crystal display (LCD) technology for television pictures set the stage for the proliferation of today’s fl at-screen televisions and monitors. The trio overcame the initial limitations of using liquid crystals to display complex moving images to make the dream of being able to hang a television on the wall a reality. During the 1960s while at RCA, Lechner was the fi rst to analyze the limitations of early liquid crystal cells. He rec-ognized that simple matrix addressing would not work well for television applications, so Lechner pursued active matrix addressing schemes and conceived the basic idea of associating a fi eld-effect transistor (FET) and a capacitor with each cell of a LCD panel to selectively store and control the brightness of the cell. However, RCA abandoned its pursuit of LCD television, and it was Drs. Brody and Luo at Westinghouse who extended Lechner’s work and produced the fi rst LCDs employing an array of

thin-fi lm transistors (TFTs). In 1974, Drs. Brody and Luo presented a 6´6-in. display consisting of 120’120 pixels. Although modest by today’s standards, given the tech-nology available to them at the time it was a great achievement. In 1982, Brody formed Panelvision and invited Luo to join him. Panelvision offered the fi rst com-mercial TFT LCDs.

An IEEE Life Fellow, Mr. Lechner is currently a consultant residing in Princeton, N.J.

Dr. Brody is currently the chief technology offi cer of Advantech US Inc., Pittsburgh, Pa.

An IEEE Life Member, Dr. Luo is currently chief intellectual property offi cer and vice president at AU Optronics Corp., Hsinchu, Taiwan.

Bernard J. Lechner, T. Peter Brody and Fang-Chen Luo

For pioneering contributions to thin-fi lm-transistor (TFT) liquid-crystal displays

2011 IEEEJun-ichi Nishizawa Medal

Sponsored by the Federation of Electric Power Companies, Japan, and the Semiconductor Research Foundation

Scope: For outstanding contributions to material and device science and technology, including practical application.

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I E E E M E D A L S

2011 IEEE/RSEWolfson James Clerk Maxwell Award

Funded by Wolfson Microelectronics plc

2011 IEEEDennis J. Picard Medal for Radar Technologies and Applications

Sponsored by Raytheon Company

For pioneering the international effort to develop high-frequency over-the-horizon radar, combining extraordinary skills in electronics, antenna theory, electromagnetic wave propagation and hands-on experimentation

James M. Headrick

For developments in programmable integrated circuitry for a wide range of applications

Marcian E. Hoff

For over six decades James M. Headrick was a key contributor to the success of high-frequency over-the-horizon (OTH) radar, an important advance over conventional microwave radar tech-niques. High-frequency OTH radar has a range of 2,000 nautical miles and beyond for detecting aircraft, ships and ballistic missiles and determining the strength of winds that drive ocean waves. Mr. Headrick’s pioneering work to develop high-frequen-cy OTH radar began at the U.S. Naval Research Laboratory in the late 1940s. By 1956 the Naval Research Laboratory was the fi rst to successfully demonstrate a Doppler shift technique for detecting aircraft and ships despite the echoes caused by sea clutter. Mr. Headrick’s efforts led to the operation of the Naval Research Lab’s MADRE (for magnetic drum radar equipment) OTH radar located on the western shore of the Chesapeake Bay in 1961. He demonstrated the detection of aircraft and ships, of nuclear tests, of ballistic missile launches and the importance of sea echoes. MADRE provided the foundation that led to the U.S. Air Force’s Continental Air Defense radar as well as the U.S. Navy’s Relocatable OTH Radar (ROTHR) system, which has been adapted for use by U.S. Customs to detect drug smugglers trying to cross the U.S. border. Mr. Headrick’s work has also affected radar systems outside the United States, such as Australia’s Jindalee radar, which is the cornerstone of Australia’s national surveillance system. An IEEE Life Senior Member, Mr. Headrick, who passed away in February 2011, was a retired annuitant research engineer with the U.S. Naval Research Laboratory residing in Stanfi eld, Ore.

Scope: For outstanding accomplishments in advancing the fi elds of radar technologies and their applications.

As one of the inventors of the fi rst microprocessor, Marcian E. Hoff revolutionized the computing and electronics industries, and other contributions have helped usher in the digital age of communications. Dr. Hoff is best known for his role in develop-ing the fi rst microprocessor (the Intel 4004) with Stanley Mazor and Federico Faggin in 1969. Dr. Hoff also applied the micropro-cessor concept to programmable digital devices that revolutionized telephony, opened the door to mobile communi-cations and enabled digital delivery of music and photos as well. From 1975 to 1980, Dr. Hoff led a team at Intel that moved signal processing from the analog domain to the digital domain. Working with Matt Townsend, Stephen Dryer and John Huggins, the fi rst commercially available monolithic CODEC (the Intel 2910) was released in 1978 for converting voice signals between analog and digital formats. Today, this process is taken for granted, but this work helped launch the digital age of commu-nications. In 1979, Dr. Hoff’s team released the Intel 2920, which was an early digital signal processing chip. Dr. Hoff’s impact began well before inventing the fi rst microprocessor. As a doctoral student at Stanford University in 1960, he developed the least mean squares (LMS) adaptive algorithm with thesis advisor Bernard Widrow. The LMS algorithm became one of the enabling technologies of the Internet, and it is now used in some form in most modems and adaptive signal processors for echo cancellation, channel equalization and adaptive antennas. An IEEE Life Fellow, Dr. Hoff retired from Teklicon, Inc., San Jose, Calif., in 1997, where he served as chief technologist.

Scope: For groundbreaking contributions that have had an exceptional impact on the development of electronics and electrical engineering or related fi elds.


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M E D A L O F H O N O R

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Morris Chang

Morris Chang’s visionary leadership shaped the technol-ogy policy for an entire nation and revolutionized how the semiconductor industry does business around the world. With pioneering concepts such as the dedicated IC foundry, “fabless” IC design and virtual fabrication services, he revolutionized Taiwan’s semiconductor de-velopment and impacted the global semiconductor industry. Dr. Chang was recruited by the Taiwan govern-ment to help strengthen its semiconductor industry and became president of Taiwan’s Industrial Technology Research Institute in 1985. He founded the Taiwan Semiconductor Manufacturing Company (TSMC) in 1987 as the world’s fi rst dedicated IC foundry company. By focusing on manufacturing other companies’ ICs, TSMC met the needs of chip manufacturers requiring outside contractors for overfl ow and specialty work and provided services for companies lacking the resources to do their own fabrication work. While there was skep-ticism concerning the viability of such a business model, Dr. Chang was persistent and was able to demonstrate its advantages. TSMC became the template for fabrica-tion houses that followed, and through Dr. Chang’s leadership it developed into the largest silicon foundry in the world. The creation of TSMC sparked the devel-opment of fabless IC companies during the 1990s.

Dedicated foundries reduce the cost of entry for these companies by manufacturing their chips but without competing with them. Utilizing the strengths of the foundry concept, Chang’s “virtual fab” service model in-corporates cutting-edge information technology to provide companies with the same benefi ts and conve-nience as if they had their own dedicated IC fabs, while still maintaining confi dentiality. However, the virtual fab reduces the burdens of capital investment, research and development and intellectual property efforts normally required.While at Texas Instruments (TI) during the 1960s and 1970s, Dr. Chang managed the world’s largest semiconductor business. Under his leadership, TI’s “TTL” electronic logic circuit was established as the standard logic family, TI’s calculator ICs fueled the growth of the pocket calculator market and TI became a leader in metal-oxide-semiconductor memories. TI also introduced the innovative Speak & Spell handheld edu-cational device under Dr. Chang’s management. An IEEE Life Member, Dr. Chang is currently the chairman and chief executive offi cer of the Taiwan Semiconductor Manufacturing Company, Ltd., Hsinchu, Taiwan.

Scope: For an exceptional contribution or an extra-ordinary career in IEEE fi elds of interest.

For outstanding leadership in the semiconductor industry

2011 IEEE Medal of HonorSponsored by the IEEE Foundation


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I E E E T E C H N I C A L F I E L D A W A R D S

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For contributions to the fundamental understanding of the physics, design and scaling of nanosized electronic devices

Massimo V. Fischetti, David J. Frank and Steven E. Laux

2011 IEEE Cledo Brunetti Award

Sponsored by Taiwan Semiconductor Manufacturing Company Limited and the

Brunetti Bequest

The insight provided by Massimo V. Fischetti, David J. Frank and Steven E. Laux in understanding the physical effects that occur in electronic devices at small dimensions has been key to silicon technology evolving at a rapid pace. Their collective work on the development and application of modeling and simulation tools over the past 20 years have provided guidance during the early stages of the design cycle, reducing R&D costs for future nanotechnology. Drs. Fischetti and Laux developed the full-band Monte Carlo simulation program DAMOCLES, which shed light on the physics governing electron transport in semiconductor devices. The tool is con-sidered the gold standard for device modeling with its ability to capture realistic physical properties in small silicon transis-tors, explaining key phenomena and suggesting new directions

for research. Drs. Fischetti, Frank and Laux demonstrated 30-nn gate lengths in silicon transistors in 1992, at a time when industry thought it difficult to scale to transistor gate lengths below 100 nm. With impact still being felt today, their work sparked worldwide interest in pursuing the double-gate tran-sistor structure as the ultimately scaled silicon transistor. A Fellow of the American Physical Society, Dr. Fischetti is the Texas Instruments Distinguished Chair in Nanoelectronics with the Materials Science and Engineering Department at the University of Texas at Dallas. An IEEE Fellow, Dr. Frank is a research staff member at the IBM T.J. Watson Research Center, Yorktown Heights, N.Y. An IEEE Fellow, Dr. Laux is a research staff member at the IBM T.J. Watson Research Center, Yorktown Heights, N.Y.

Rao R. Tummala is being recognized as the father of modern packaging innovations that have revolutionized microelectronics packaging. Dr. Tummala’s pioneering inventions include the indus-try’s first plasma display and the first ceramic and thin-film multichip packaging. He is regarded as the father of low-temperature, co-fired ceramic (LTCC) technology, an industry standard. Dr. Tummala also introduced the Systems on a Package (SOP) concept, which is a key enabler of today’s ultraminiaturized consumer electronics. His leadership made packaging an academic subject. He was instrumental in the establishment of the first National Packaging Research Center in the United States for lead-ing-edge research, cross-disciplinary education and global industry collaborations. He authored the first reference, first undergradu-ate and first graduate textbooks that shaped the modern packaging landscape. An IEEE Fellow, Dr. Tummala is an endowed chair professor and director of the 3D Systems Packaging Research Center at the Georgia Institute of Technology, Atlanta, Ga.

For pioneering and innovative contributions to package integration research, cross-disciplinary education and globalization of electronic packaging

Rao R. Tummala

2011 IEEE Components, Packaging and

Manufacturing Technology Award

Sponsored by the IEEE Components, Packaging and Manufacturing

Technology Society

Eduardo D. Sontag’s contributions to nonlinear feedback for control and signaling systems opened the floodgates to creativity in nonlinear designs, benefiting a wide range of engineering disci-plines. Dr. Sontag’s control Lyapunov function (CLF), input-to-state stability (ISS), and related concepts help in the design of stable nonlinear feedback systems. Dr. Sontag presented the CLF concept in 1989 and it quickly pervaded the control literature. CLF’s provides control practitioners with the ability to make appropriate feedback control choices. Also in 1989, Dr. Sontag’s ISS concept helped tackle the difficulties presented by uncertainty in nonlinear systems. With ISS, he showed how to capture the effect of persistent distur-bances in nonlinear systems, which has enabled engineers to solve many robust stabilization problems. An IEEE Fellow, Dr. Sontag is a professor with the Department of Mathematics at Rutgers University, Piscataway, N.J., where he is also in the graduate faculty of the Computer Science and the Electrical and Computer Engineering Departments.

For fundamental contributions to nonlinear systems theory and nonlinear feedback control

Eduardo D. Sontag

2011 IEEE Control Systems Award

Sponsored by the IEEE Control Systems Society


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John H. Brunke’s pioneering work on high-voltage surge control technology has found widespread use in reducing stresses on the power grid. During the 1970s, Dr. Brunke was one of the first engineers to design, install and test a high-voltage switching scheme using “controlled closing” to energize 230-kV shunt capacitor banks. Controlled switching is the switching on/off of high-voltage equipment and lines at a precise instant when the transient generated by the switching is reduced or eliminated. This improves power quality and reliability while lowering equipment costs. Projects coor-dinated while at the Bonneville Power Administration concerning staged systems and fault testing have provided important models for identifying problems and solutions for high-voltage systems. As chair of the IEEE and CIGRE (International Council on Large Electric Systems) committees responsible for switchgear technology, Dr. Brunke has provided industry with important standards information and fostered cooperation between the two organizations. An IEEE Fellow, Dr. Brunke is currently a consulting engineer.

For leadership in the development of advanced high-voltage equipment technology, application and standardization

John H. Brunke

2011 IEEE Herman Halperin Electric Transmission

and Distribution Award

Sponsored by the Robert and Ruth Halperin Foundation, in memory of Herman and Edna

Halperin, and the IEEE Power & Energy Society

Julia Hirschberg is an innovator in building viable computational models of human prosody for use in speech synthesis. Her goal has been to make human –computer interaction in spoken dialog systems more natural and effective. She was one of the architects of the Tone and Break Indices (ToBI) system for labeling human prosodic contours that is used in many text to speech systems and is widely used in prosody research. Initially used for intonational description of standard American English, ToBI has been extended to model other languages. Dr. Hirschberg has also pioneered work in emotional and deceptive speech and on audio browsing and retrieval research, both in techniques to improve audio search and to make audio search engines more usable. An IEEE Senior Member, Dr. Hirschberg is a professor in the Department of Computer Science at Columbia University, New York, N.Y.

For pioneering contributions to speech synthesis and prosody research

Julia Hirschberg

2011 IEEE James L. Flanagan Speech and

Audio Processing Award

Sponsored by the IEEE Signal Processing Society

Yahya Rahmat-Samii’s pioneering contributions to developing so-phisticated antennas can be seen in billions of cell phones, millions of satellite dish antennas and space technology for remote sensing and planetary missions. Dr. Rahmat-Samii developed innovative methods for analyzing and designing modern reflector antennas important to NASA’s space research. He was an inventor of the plane-polar near-field technique used to measure the performance of the Galileo spacecraft antenna and a principal developer of the microwave holographic diagnostic technique used to improve the performance of NASA’s Deep Space Network. His research on how electromagnetic waves interact with human tissue led to the devel-opment of internal antennas for cellular phones for modern handsets. His work on genetic and particle swarm algorithms for electromagnetic optimization has been successfully used by universi-ties and companies designing antennas for wireless communications. An IEEE Fellow, Dr. Rahmat-Samii is the Northrop Grumman Chair Distinguished Professor at the University of California, Los Angeles.

For fundamental contributions to reflector antennas, near-field measurements and diagnostics, antenna and human interactions and optimization algorithms in electromagnetics

Yahya Rahmat-Samii

2011 IEEE Electromagnetics Award

Sponsored by the IEEE Antennas and Propagation, Electromagnetic Compatibility,

Microwave Theory and Techniques, and Geoscience and Remote Sensing Societies

Charles K. (Ned) Birdsall’s discoveries have built the foundations of plasma science. His lifelong dedication to plasma physics began during the 1950s with work on resistive-wall amplification. He showed that electron streams could be amplified by the presence of a resistive wall and proved the existence of negative energy waves. He pioneered the concept of coupling between positive and negative energy waves. Dr. Birdsall’s ring-bar travelling wave tube (TWT), a high-power amplifying device, is still in use today for broadband military communications. During the 1960s he discov-ered virtual cathode oscillations, the most important theoretical development in diode physics. He is best known for establishing particle-in-cell simulation, which provides first principle solutions of a wide range of plasma phenomena. Dr. Birdsall’s free dissemi-nation of plasma simulation codes has facilitated thousands of engineers in conducting research. An IEEE Life Fellow, Dr. Birdsall is Professor Emeritus in the Electrical Engineering and Computer Science Department at the University of California, Berkeley.

For theoretical investigations and fundamental discoveries involving microwave tubes, electron beam physics and particle-in-cell simulation of plasma physics

Charles K. (Ned) Birdsall

2011 IEEE Marie Sklodowska-Curie Award

Sponsored by the IEEE Nuclear and Plasma Sciences Society


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Joan L. Mitchell

For fundamental contributions to image compression in printing technology and digital image processing in consumer electronics

When you surf the Internet, use a digital camera or print a color image you have benefited from Joan L. Mitchell’s contributions to compression methods for faster printing and transmission of image files. Dr. Mitchell was one of the key contributors to the JPEG (Joint Photographic Experts Group) algorithm for photographic image compression as well as some of the MPEG (Motion Picture Expert Group) standards for video. Working at IBM with William B. Pennebaker, Dr. Mitchell helped fine tune the JPEG standard into something that was also practical for software. She served as co-editor of the standard and helped define many of the exten-sions that made it a flexible tool for image compression. Dr. Mitchell was also instrumental in solving throughput bottlenecks affecting IBM high-end printers, enabling for the first time full-col-or page decoding for JPEG at rated speeds. An IEEE Fellow, Dr. Mitchell retired from InfoPrint Solutions Company, Boulder, Colo., in 2009, where she was an InfoPrint Fellow.

Jun Murai is considered the “Father of Japanese Internet,” es-tablishing the Internet in Japan. In 1984, Dr. Murai deployed the Japanese University Network (JUNET), a computer network con-necting Japanese universities that served as the cornerstone of Japan’s Internet. In 1988, Dr. Murai evolved JUNET into the Widely Integrated Distributed Environment (WIDE) Project. The WIDE project started the first transfer control protocol/Internet protocol (IP) network in the Asia-Pacific region and became the backbone of Japan’s Internet. The WIDE project also initiated standard Japanese character coding for the Internet, utilized by Japanese Internet users every day, and IPv6 (the next IP designed to alleviate eventual Internet address exhaustion). Dr. Murai was instrumental in launching Japan’s first Internet service provider and first Internet exchange point and contributed to the interna-tionalization of the Internet e-mail system. An IEEE Associate Member, Dr. Murai is the dean of the Faculty of Environment and Information Studies, Keio University, Kanagawa, Japan.

For leadership in the development and deployment of the global Internet, especially across the Asia-Pacific region

Jun Murai

2011 IEEE Internet Award

Sponsored by Nokia Corporation

2011 IEEE Masaru Ibuka Consumer

Electronics Award

Sponsored by Sony Corporation

For seminal contributions to the demonstration of SiGe lattice mismatch strain engineering for enhanced carrier transport properties in MOSFET devices

Judy L. Hoyt and Eugene A. Fitzgerald

2011 IEEE Andrew S. Grove Award

Sponsored by the IEEE Electron Devices Society

The groundbreaking work of Judy L. Hoyt and Eugene A. Fitzgerald involving strained silicon semiconductor materials has enabled the continued shrinking of integrated circuits, providing faster chips and devices. Based on Dr. Fitzgerald’s breakthrough of successfully fabricating strained (Si) on relaxed silicon germanium (SiGe) (stretching the Si crystal when applied to another material) in 1990, Dr. Hoyt and colleagues at Stanford pioneered the application of strained silicon to increase carrier transport properties in Si metal-oxide field-effect transistors (MOSFETs). In 1992 Dr. Hoyt used thin strained layers of Si on top of a relaxed SiGe artificial substrate to demonstrate the first fully functioning strained-channel MOSFETs. She later showed potential for the strain-engineered high-performance MOSFETs; results that inspired industry to harness strain in modern Si inte-grated circuits. Dr. Fitzgerald’s development of high mobility

strained silicon on a low-defect relaxed SiGe spurred Dr. Hoyt’s work. He was able to solve defect formation problems to allow the joining of Si and Ge. He also demonstrated that highly strained materials could be deposited in small areas, or, alterna-tively, strain-free SiGe could be deposited over large areas with a very low defect density. The ability to engineer highly relaxed and highly strained levels on Si led to Dr. Fitzgerald creating the first high-quality, high-mobility strained Si material. An IEEE Fellow, Dr. Hoyt is a professor of electrical engineering and computer science at the Massachusetts Institute of Technology (MIT), Cambridge, and associate director of MIT’s Microsystems Technologies Laboratories. An IEEE Member, Dr. Fitzgerald is the Merton C. Flemings-Singapore MIT Alliance Professor of Materials Engineering with the Massachusetts Institute of Technology, Cambridge.


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Reza Zoughi’s efforts during the past two decades in expanding the utility of microwave and millimeter wave inspection techniques has brought significant recognition to the field of Nondestructive Testing and Evaluation (NDT&E). Dr. Zoughi’s research team has developed millimeter wave imaging systems and methods for in-specting the spray-on foam insulation (SOFI) of the space shuttle’s external fuel tank, in addition to a real-time, high-resolution and portable microwave camera that is expected to find widespread utility. He has played a leading role in developing near-field microwave and millimeter wave techniques and developed near-field measurement systems using open-ended waveguide and other more sophisticated probes for evaluating a host of defects in thin and thick and layered composite structures. An IEEE Fellow and a Fellow of the American Society for Nondestructive Testing (ASNT), Dr. Zoughi is currently the Schlumberger Distinguished Professor of Electrical and Computer Engineering at Missouri University of Science and Technology (Missouri S&T), Rolla.

For contributions to microwave and millimeter wave measurement techniques for nondestructive testing and evaluation

Reza Zoughi

2011 IEEE Joseph F. Keithley Award in

Instrumentation and Measurement

Sponsored by Keithley Instruments, Inc.

David D. Shipp has worked at the forefront of power technology for 38 years, contributing important solutions in areas ranging from power systems analysis to grounding to arc flash solutions and safety measures. Mr. Shipp’s arc flash studies resulted in mitigation methods and solutions that have saved lives and reduced injury and risk to maintenance personnel across all industries. He was also in-strumental in determining why massive internal ground fault damage was occurring in industrial generators. He led a team that determined the accepted ground current standard at that time was too high. They developed the Hybrid High Resistance Grounding system to automatically switch the generator ground fault level to a lower level when a fault was detected, which greatly reduced damage to the generator. His team’s work resulted in revisions to the American National Standards Institute/IEEE generator standards. Recent work focused on solving switching transient induced failures in transformers and motors. An IEEE Fellow, Mr. Shipp is a principal engineer with Eaton Electrical, Warrendale, Pa.

For contributions to the design, analysis and protection of electrical power systems and personnel in industrial and commercial applications

David D. Shipp

2011 IEEE Richard Harold Kaufmann Award

Sponsored by the IEEE Industry Applications Society

For developing the theory and practice of transmitting data reliably at rates approaching channel capacity

Thomas J. Richardson and Rüdiger Urbanke

2011 IEEE IEEE Koji Kobayashi Computers and

Communications Award

Sponsored by NEC Corporation

Considered the world’s foremost experts on iterative decoding, Thomas J. Richardson and Rüdiger Urbanke have helped optimize data transmission rates for wireless and optical com-munications and digital information storage. To approach “Shannon’s limit,” which established the maximum rate for communications over a noisy channel, they expanded on low density parity check (LDPC) codes and provided new tools for understanding the complexities of iterative decoding proce-dures. The result has been reliable data transmission at rates close to channel capacity but with low complexities. Three landmark papers by Drs. Richardson and Urbanke appearing in the February 2001 issue of the IEEE Transactions on Information

Theory successfully addressed the obstacles facing the devel-opment of capacity-approaching codes. Their work showed that LDPC codes could very closely approach the Shannon limit, showed how to design irregular LDPC codes and provided methods for efficiently encoding LDPC codes. They introduced the density evolution technique, on which practi-cally all subsequent work on LDPC codes is based. An IEEE Fellow, Dr. Richardson is currently vice president of engineer-ing at Qualcomm Inc., Bridgewater, N.J. Dr. Urbanke is currently a professor with the Communications and Computer Sciences Department at the École Polytechnique Fédérale de Lausanne, Switzerland.


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For crucial conceptual research contributions to the behavior and the use of electrical circuits and systems

2011 IEEE Gustav Robert Kirchhoff Award

Sponsored by the IEEE Circuits and Systems Society

2011 IEEE William E. Newell Power

Electronics Award

Sponsored by the IEEE Power Electronics Society

Charles A. Desoer

For advancements in the theory and practice of high-frequency power conversion systems

Charles A. Desoer’s cutting-edge research and teaching have in-fluenced generations of engineers and improved the use of electric circuits and systems. His work on the analytical foundations of circuit and system theory came at a time of explosive develop-ment in methods for the analysis and synthesis of complex circuits for the integrated-circuit industry. Dr. Desoer’s clear statement of what was analytically verifiable in control applications transformed an industry. With landmark textbooks—considered the most au-thoritative in the field of circuits, systems and control—he presented methodologies now found in modern electronics and set systems theory within a firm and elegant conceptual framework. His work on linear and nonlinear circuits provided the growing in-tegrated-circuit market with a needed foundation in nonlinear circuit analysis, simulation and synthesis. Dr. Desoer, who passed away on 1 November 2010, was an IEEE Life Fellow and an Emeritus Professor of Electrical Engineering and Computer Sciences at the University of California, Berkeley.

Praveen Jain’s advancements of power conversion methods have improved the use of power electronics for practical real-life applications, including the space, telecommunica-tions and computer industries. During the late 1980s, Dr. Jain developed a new class of single-stage ac-to-dc convert-ers for high-frequency distribution systems that provided reduced mass and volume as well as conservation of stored energy on a spacecraft. During the 1990s, Dr. Jain was one of the first to propose using asymmetrical pulse width modula-tion control for constant frequency operation of resonant converters. This revolutionized the design of highly reliable, high-density power supplies for the telecommunications industry. An IEEE Fellow, Dr. Jain is professor, Canada Research Chair and director with the Centre for Energy and Power Electronics Research (ePOWER) at Queen’s University, Kingston, Ont., Canada.

Praveen K. Jain

For basic research and development of silicon on sapphire technology culminating in high-yield, commercially viable integrated circuits

Mark L. Burgener and Ronald E. Reedy

2011 IEEE Daniel E. Noble Award for Emerging

Technologies

Sponsored by Motorola Foundation

The persistence and contributions of Mark L. Burgener and Ronald E. Reedy overcame barriers to make silicon on sapphire (SOS) technology commercially feasible for wireless communications. Drs. Burgener and Reedy stood by SOS technology that, despite great promise, had initially been abandoned by semiconductor market leaders. First discov-ered during the 1960s, SOS technology presented manufacturing problems that prevented companies from pursuing commercialization. The efforts of Drs. Burgener and Reedy during the 1980s and 1990s overcame these obstacles, making SOS commercially viable for producing integrated circuits with improved speed, lower power consumption and

more isolation compared to bulk silicon circuits. Even after demonstrating viable SOS circuits, the pair had to erase the stigma associated with the earlier problems. They co-found-ed Peregrine Semiconductor in 1990 to spur their commercialization efforts. They developed the UltraCMOS process, which solved critical manufacturing issues and made SOS cost-effective. After an initial shipment of 100 chips in 1995, today Peregrine has sold over 500 million UltraCMOS integrated circuits. Both IEEE Members, Dr. Burgener is vice president of advanced research and Dr. Reedy is the chief operating officer at Peregrine Semiconductor Corporation, San Diego, Calif.


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Kamal Sarabandi’s contributions have shaped the remote sensing radar imaging field for over 20 years. His pioneering work on using radar for monitoring vegetation has important implications today for scientists studying the effects of global warming. He developed a multipolarization algorithm to remotely map the moisture content of the soil surface using airborne or space-borne imaging radar. His work will provide soil maps for hydrologists. Dr. Sarabandi was involved in mission planning and experimentation for NASA’s 1994 Shuttle Imaging Radar (SIR-C) and 2000 Shuttle Radar Topography Mission (SRTM). The active and passive polarimetric radar calibrators and external calibration techniques developed for these missions have become the standard approach used worldwide. His defense-related contributions include development of sensors and algorithms for space- or airborne detection of foliage-camouflaged targets and targets within buildings. An IEEE Fellow, Dr. Sarabandi is the Rufus S. Teesdale Endowed Professor of Engineering and director of the Radiation Laboratory at the University of Michigan, Ann Arbor.

For contributions to space-based, microwave and millimeter polarimetric radar remote sensing of the Earth’s surface for civilian and military applications

Kamal Sarabandi

2011 IEEE Judith A. Resnik Award

Sponsored by the IEEE Aerospace and Electronic Systems, Control Systems, and

Engineering in Medicine and Biology Societies

Shafi Goldwasser is one of the key figures responsible for the success of modern cryptography in providing secure electronic data transmission and exchange. In 1983, her work on probabi-listic encryption with Silvio Micali demonstrated how to use randomness to define and achieve semantic security. She produced one of the most celebrated results in modern cryptog-raphy in 1985 with her work on zero-knowledge proofs with Silvio Micali and Charles Rackoff. This special type of interactive proof allows one to prove possession of information or property without revealing the information itself. In the area of complexity theory, Dr. Goldwasser and co-authors showed a new method to classify the complexity of even approximating the solution of NP complete problems. An IEEE Member, Dr. Goldwasser is the RSA Professor of Electrical Engineering at the Massachusetts Institute of Technology, Cambridge, and professor of computer science at the Weizmann Institute of Science, Rehovot, Israel.

For pioneering work in laying the foundations of modern cryptography and its relation to complexity theory

Shafi Goldwasser

2011 IEEE Emanuel R. Piore Award

Sponsored by the IEEE Emanuel R. Piore Award Fund

Amnon Yariv’s work is at the heart of today’s high-speed optical communications systems. He recognized early the importance of optical frequency control for high-speed data transmission and developed the distributed feedback semiconductor laser, which has become the main light source for optical communication networks. With Kam Lau, he was the first to describe the physics that limit modulation speed and demonstrated modulation of semiconductor lasers at microwave frequencies. At the California Institute of Technology his group proposed and demonstrated optoelectronic integrated circuits and co-ushered the fields of phase-conjugate optics and slow light propagation in coupled resonator waveguides. He wrote the first college textbooks in quantum and optical electronics. He founded Ortel Corporation, which pioneered high-speed lasers now commonly used in cable television systems. An IEEE Life Fellow, Dr. Yariv is the Martin and Eileen Summerfield Professor of Applied Physics and Electrical Engineering at the California Institute of Technology, Pasadena.

For fundamental contributions to photonics science, engineering and education that have broadly impacted quantum electronics and lightwave communications

Amnon Yariv

2011 IEEE Photonics Award

Sponsored by the IEEE Photonics Society

Dim-Lee Kwong’s vision, technical knowledge and leadership have transformed the Singapore Institute of Microelectronics (IME) into a world-class research organization. IME’s executive director since 2005, Dr. Kwong has bolstered the reputation of IME’s nanoelectronics, mi-croelectromechanical systems, silicon photonics, bioelectronics and miniaturized medical devices programs. His strategic collaborative partnerships formed with multinational companies have injected new knowledge into the microelectronics industry. Launched in 2006 and developed under Dr. Kwong, IME’s Silicon Photonics Program estab-lished a cost-effective silicon photonic technology platform offering a photonics-ready, cost-shared silicon foundry service, attracting interna-tional companies and universities wanting to prototype their products. Dr. Kwong spearheaded a three-party R&D foundry business model in which IME provides access to foundry-compatible services and small-scale pilot production capabilities and works closely with wafer foundries and packaging houses. An IEEE Fellow, Dr. Kwong is currently the executive director of the Institute of Microelectronics, Singapore and a professor at the National University of Singapore.

For leadership in silicon technology and excellence in the management of microelectronics R&D

Dim-Lee Kwong

2011 IEEE Frederik Philips Award

Sponsored by Philips Electronics NV


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Willy Sansen has provided the leadership necessary to establish analog integrated circuits as a crucial component of the micro-electronics industry. Focusing on the design of analog integrated circuits, Dr. Sansen grew his research group (ESAT-MICAS) at the Katholieke Universiteit Leuven, Belgium, into one of Europe’s largest and best known. Designs originating from his group have been incorporated by companies worldwide for use in chips for wireless communications, consumer electronics and sensors for cochlear implants and telemetry systems. Dr. Sansen was a pioneer of using computer tools for symbolic analysis of circuits, providing greater insight during the design process compared to purely numerical analysis methods. Known for excellence in teaching and the ability to inspire, his doctorate students have progressed to hold highly regarded positions in both industry and academia worldwide. An IEEE Life Fellow, Dr. Sansen is Professor Emeritus at the Katholieke Universiteit Leuven.

For leadership in analog integrated circuit design

Willy Sansen

2011 IEEE Donald O. Pederson Award in

Solid-State Circuits

Sponsored by the IEEE Solid-State Circuits Society

C.J. Chang-Hasnain’s groundbreaking contributions to the physics and design of vertical cavity surface emitting lasers (VCSELs) have been instrumental in establishing VCSELs as the dominant tech-nology for multimode fiber applications. Used in applications ranging from Ethernet data networks to computer mice to laser printers, VCSELs can be turned on and off very fast and manufac-tured at very low cost in wafer-scale. Dr. Chang-Hasnain explained the modal structure of VCSELs and demonstrated the first planar structure, which was commercialized. She was first to demon-strate a multiwavelength VCSEL array for multimode-fiber interconnects and a 140-wavelength array with precise wave-length variation. She developed the first tunable VCSEL structure with a wide tuning range and later invented a high-contrast grating, which led to a tunable laser with a 160x speed improve-ment. An IEEE Fellow, Dr. Chang-Hasnain is currently the John R. Whinnery Chair Professor of Electrical Engineering and Computer Science at the University of California, Berkeley.

For pioneering contributions to vertical cavity surface emitting laser (VCSEL) arrays and tunable VCSELs

C.J. Chang-Hasnain

2011 IEEE David Sarnoff Award

Sponsored by SRI International

Hans-Paul Schwefel’s groundbreaking contributions to evolution strategies helped define the field of evolutionary computation and have had lasting impact on the computational intelligence community. Working with fellow students Ingo Rechenberg and Peter Bienert at the Technical University of Berlin during the mid 1960s, Dr. Schwefel‘s contributions concerned the first theoreti-cal investigations and industrial application of the shape optimization of a supersonic nozzle for a one-component two-phase flow. He pioneered the shift from experiments done by hand to computational optimization by introducing the col-lective self-adaptation of internal parameters within evolutionary algorithms, which helped to make such methods effective and efficient. He later introduced evolutionary principles beyond variation and natural selection into the algorithms to handle special features of the search space. An IEEE Fellow, Dr. Schwefel is Professor Emeritus of Computer Science at the Technical University of Dortmund, Germany.

For pioneering contributions to evolutionary computation through the theory and application of evolution strategies

Hans-Paul Schwefel

2011 IEEE Frank Rosenblatt Award

Sponsored by the IEEE Computational Intelligence Society

Hirochika Inoue’s pioneering work on robotics capabilities has provided critical components of today’s intelligent robots. In 1970, Dr. Inoue showed that force feedback was the key function for a robot to carry out dexterous manipulation like precise machine assembly. During the 1980s he explored visual guidance of robot motion with the development of a real-time robot vision system that enabled robots to interact with their environ-ment and perform intelligent-like behavior. Applied to early versions of humanoids, this work set the standard for the use of vision in human–robot interaction seen in today’s Japanese robots. During the mid 1990s, Dr. Inoue and his students developed intelligent humanoid robots that not only walked but could also manipulate objects and act under visual guidance. An IEEE Life Member, Dr. Inoue is currently a Professor Emeritus of the University of Tokyo and advisor with the Digital Human Engineering Research Center, National Institute of Advanced Industrial Science and Technology, Tokyo, Japan.

For original and continuous contributions to research in intelligent robotics, in particular to real-time vision and humanoid robotics

Hirochika Inoue

2011 IEEE Robotics and Automation Award

Sponsored by the IEEE Robotics and Automation Society


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For pioneering contributions to multiple-access communications

John D. Cressler

2011 IEEE Leon K. Kirchmayer Graduate

Teaching Award

Sponsored by the Leon K. Kirchmayer Memorial Fund

John D. Cressler believes that today’s engineering students require more than just a strong technical background in the traditional core courses, so he includes unique design experi-ences within his courses so that students gain exposure to real-world challenges. As a result, his graduate students enter the professional world both technically strong and, important-ly, aware of the social implications of the technology they develop. Dr. Cressler instills his passion for social awareness within his students, examining both the positive and negative aspects of the micro- and nanoelectronics revolution and inspires them to use technology to help build a better world. He also serves as faculty mentor for Georgia Tech’s SURE program, which incorporates top-notch minority undergradu-ates into research teams for a taste of what graduate school is really like. An IEEE Fellow, Dr. Cressler is the Ken Byers Professor of Electrical and Computer Engineering at Georgia Institute of Technology, Atlanta, Ga.

For inspirational teaching and student mentoring in the field of advanced microelectronic devices and circuits

For contributions to inspirational classroom teaching and development of outstanding text books and e-learning material for electromagnetic waves and transmission lines

Raghunath K. Shevgaonkar’s inspirational teaching methods have made electromagnetics understandable and enjoyable for a gen-eration of students. Dr. Shevgaonkar’s approach is to present field phenomenon as a natural extension of circuit theory and to put physical understanding ahead of mathematical steps. Add in con-cept-oriented practical problems and you have a course that students rate as one of their best experiences at the Indian Institute of Technology (IIT), Bombay. A pioneer of distance education, Dr. Shevgaonkar established the Centre for Distance Engineering Education Program at IIT, Bombay. He developed Web-based video courses covering electromagnetics and fiber optics that have been viewed by colleges throughout India. His textbook, Electromagnetic Waves (McGraw Hill Education India, 2005), is one of the most widely used undergraduate textbooks on electro-magnetics in India. An IEEE Senior Member, Dr. Shevgaonkar is a professor with the Department of Electrical Engineering, IIT, Bombay, and the University of Pune, Mumbai, India.

Raghunath K. Shevgaonkar

2011 IEEE Undergraduate Teaching Award

Sponsored by the IEEE Education Society

H. Vincent Poor

2011 IEEE Eric E. Sumner Award

Sponsored by Alcatel-Lucent Bell Labs

H. Vincent Poor’s innovative signal processing techniques for handling interference in multiple-access networks have impacted some of the most important communications technologies developed over the past 20 years as well as emerging technologies. His contributions to multiuser detection and related technologies address the reception of communications signals in the presence of interfering signals from other users in a wireless network. This work is particularly useful for today’s wireless communication systems, which typically involve sharing of the radio spectrum among multiple users to make optimal use of radio resources. He has contributed techniques that are applicable across a broad spectrum of wireless multiple-access systems, including multiple-antenna systems, systems that can adapt to their interference environments and systems that exploit the redundancy of error-control coding. An IEEE Fellow, Dr. Poor is the Michael Henry Strater University Professor of Electrical Engineering and dean of the School of Engineering and Applied Science at Princeton University, NJ.

James W. Moore has been a driving force in unifying international standards for consistent software engineering guidelines. He worked tirelessly at aligning the efforts of IEEE and ISO, the two principal standards development organizations. He was the head of the U.S. delegation to ISO/IEC JTC1/SC7 and led the develop-ment of U.S. positions on international standards issues. He provides strategic planning and guidance for the evolution of the IEEE Computer Society’s collection of standards. As the IEEE Computer Society liaison to ISO/IEC JTC1/SC7, Mr. Moore is re-sponsible for a long-term harmonization program to ensure consistent standards that has already produced results. Since 1998, he has been one of the executive editors of the IEEE Computer Society’s Guide to Software Engineering Body of Knowledge. It is recognized by both IEEE and ISO/IEC as the au-thoritative reference on codified software engineering knowledge. An IEEE Fellow, Mr. Moore is a senior principal information systems engineer with The MITRE Corporation, McLean, Va.

For leadership in support of software and systems engineering standards development, international standards harmonization and standards education

James W. Moore

2011 IEEE Charles Proteus Steinmetz Award

Sponsored by the IEEE Standards Association


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For their paper “Propagation Issues for Cognitive Radio,” Proceedings of the IEEE, Volume 97, Issue 5, May 2009, pp. 787 –804.

Andreas F. Molisch, Larry J. Greenstein and Mansoor Shafi

2011 IEEE Donald G. Fink Prize Paper Award

Sponsored by the IEEE Life Members Committee

“Propagation Issues for Cognitive Radio” by Andreas F. Molisch, Larry J. Greenstein and Mansoor Shafi, provides valuable infor-mation critical to the success of cognitive radio (CR), an important developing area of wireless communications. The paper, which appeared in the May 2009 issue of the Proceedings of the IEEE (vol. 97, no. 5, pp. 787-804), covers the essentials of wireless propagation issues in a format suitable for CR research-ers, providing access to information limited previously to propagation researchers. CR aims to improve spectral efficien-cy of licensed communications frequencies by using unlicensed radios that can recognize usage or non-usage at a given frequency and be allowed to transmit at that frequency during intervals of non-usage. The paper gains its accessibility through extensive use of intuitive descriptions and analogies, using equations sparingly but maintaining a rigorous presentation. Its

importance lies in its ability to enable CR researchers to choose good channel models, which is key to demonstrating low inter-ference of the radios to primary spectrum users. An IEEE Fellow, Dr. Molisch is currently a professor of electrical engineering at the University of Southern California, Los Angeles, CA, where he heads the Wireless Devices and Systems (WiDeS) group. An IEEE Life Fellow, Dr. Greenstein is currently a research associate with Rutgers University’s WINLAB, North Brunswick, N.J., col-laborating on new aspects of wireless communications.An IEEE Fellow, Dr. Shafi is currently a Telecom Fellow (Wireless) with Telecom New Zealand, Wellington, where he advises on future directions of wireless technologies and standards. He repre-sents the New Zealand government in the meetings of the World Radio Conference and in the meetings of ITU and APT relating to wireless and spectrum standards.

I E E E T E C H N I C A L F I E L D A W A R D S A N D P R I Z E P A P E R

For contributions to the design, analysis and optimization of permanent magnet machines and for advancing their utilization in the automotive industry

2011 IEEE Nikola Tesla Award

Sponsored by The Grainger Foundation and the IEEE Power & Energy Society

Nady Boules

Nady Boules’ visions for the potential of permanent magnetic brushless motors have become reality as key components of electric/hybrid vehicles. When General Motors (GM) invented modern rare-earth magnets, Dr. Boules saw the possibilities for improved motor technology and championed the advancement of permanent magnet motors. He designed the first brushless mo-tor-driven electric power steering prototype for GM, which was tested in a Corvette in 1984. His development of a torque ripple-free brushless motor enabled high-volume production of Delphi Automotive Systems’ electric power steering in 1998, creating a multi-billion dollar business. Dr. Boules developed the drive motor for GM’s Sunraycer, the solar-powered vehicle that won the 1987 World Solar Challenge race in Australia at a record speed, consid-ered the “grandfather” of the propulsion systems seen in today’s electric vehicles. An IEEE Fellow, Dr. Boules is director of the Electrical and Controls Integration Research Laboratory at General Motors Global Research & Development, Warren, Mich.

2011 IEEE Kiyo Tomiyasu Award

Sponsored by Dr. Kiyo Tomiyasu, the IEEE Geoscience and Remote Sensing Society,

the IEEE Microwave Theory and Techniques Society and KDDI R&D Laboratories, Inc.

For fundamental contributions to high-speed reliable communications over optical and wireless channels

Moe Z. Win’s work on impairment mitigation techniques for wireless and optical channels has impacted current and emerging communications technologies. He developed hybrid diversity techniques for wireless systems, which reduce com-plexity and energy consumption compared to conventional diversity techniques. This work has contributed to reliable wireless access, enabling practical spatial and temporal diversity solutions such as subset combing multiple-antennas and Rake receivers. Dr. Win has also developed signal process-ing techniques to mitigate dispersion and nonlinearities in optical fibers, contributing to reliable transmission over longer distances and at higher data rates. Dr. Win has been actively involved in IEEE as editor for journals, organizer of interna-tional conferences and chair of the IEEE Communications Society Radio Communications Committee. An IEEE Fellow, he is an associate professor at the Massachusetts Institute of Technology (MIT), Cambridge.

Moe Z. Win


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I E E E F E L L O W S C L A S S O F 2 0 1 1

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Mohamed S. Abdel-MottalebUniversity of Miamifor contributions to biometrics, content-based image and video retrieval, and digital mammography

Mohamed Deeb Hussni AbouzahraMassachusetts Institute of Technologyfor leadership in passive planar microwave components and in planar microwave circuits

Amr A. AdlyCairo Universityfor contributions to multi-component magnetic hysteresis models

David Henry AlbonesiCornell Universityfor contributions to power-efficient and adaptive computer architectures

Mark G. AllenGeorgia Institute of Technologyfor contributions to micro and nanofabrication technologies for microelectromechanical systems

Simon Saw-Teong AngUniversity of Arkansasfor contributions to education power electronics and microelectronics packaging education

Asen AsenovThe University of Glasgowfor contributions to the understanding and prediction of semiconductor device variability via modeling and simulation

Ricardo Baeza-YatesYahoo! Researchfor contributions to the development of computer science

Andrzej BanaszukUnited Technologies Research Centerfor contributions to active and passive control of flow instabilities in aerospace systems

Douglas Michael BaneyAgilent Technologiesfor contributions in the field of optical measurement and sensing

Mesut Ethem BaranNorth Carolina State Universityfor developments in analysis, monitoring and control methods for electric power distribution systems

Ivo BarbiFederal University of Santa Catarinafor contributions to soft switching converter technology

Donald E. BarrickCODAR Ocean Sensors, Ltd.for development of high frequency radars and applications

Arya BehzadBroadcom Corporationfor contributions to analog and radio frequency integrated-circuits

Mark Robert BellPurdue Universityfor contributions to signal design and processing in radar and communication systems

Paul Raymond BergerOhio State Universityfor contributions to the understanding, development, and fabrication of silicon-based resonant interband tunneling devices and circuits

Pierre BeriniUniversity of Ottawafor contributions to surface plasmon photonics

Francine BermanRensselaer Polytechnic Institutefor leadership in the areas of high-performance and grid computing

Abderrahmane BeroualEcole Centrale de Lyon - University of Lyonfor contributions to processes of pre-breakdown and breakdown in dielectric liquids

Michael Rudolf BertholdUniversität Konstanzfor contributions to approximate learning algorithms for life science data mining

Ram P. BhatiaABB Inc.for leadership in management of large motor projects

Shuvra S. BhattacharyyaUniversity of Maryland, College Parkfor contributions to design optimization for signal processing

Qi BiChina Telecom Beijing Research Institutefor contributions to code division multiple access

Janusz Witold BialekDurham University, Science Sitefor contributions to transmission pricing and power system dynamics

Holger BocheTechnical University of Munich (TUM)for contributions to signal processing and multi-user wireless communications

Karl F. BohringerUniversity of Washingtonfor contributions to microelectromechanical systems, parallel and distributed robotic manipulation, and self-assembly

Stephen Allen BoppartUniversity of Illinois at Urbana-Champaignfor contributions to optical biomedical imaging

Gaetano BorrielloUniversity of Washingtonfor contributions to embedded computing devices and systems

Bernadette R. Bouchon-MeunierUniversity of Paris 6for contributions to theoretical foundations for reasoning and applications to practical devices

Klaus-Peter BrandABB Switzerland Ltdfor contributions to substation automation and power system protection, control and operation

José A. Brandao FariaInstituto Superior Técnico (IST)for contributions to electric power system components

Wayne Peter BurlesonUniversity of Massachusetts Amherstfor contributions to integrated circuit design and signal processing

Jin-Xing CaiTE Subsea Communications (SubCom)for contributions to long-haul fiber optic transmission

Adriano CampsUniversitat Politècnica de Catalunyafor contributions to microwave remote sensing of land and sea surfaces

Guohong CaoPenn State Universityfor contributions to algorithm and protocol design for mobile ad hoc and sensor networks

One of the most distinguished professional achievements, the grade of IEEE Fellow, recognizes exceptional distinction in the profession. It is conferred by the IEEE Board of Directors upon a person with an extraordinary record of accomplishments in any of the IEEE fields of interest. The accomplishments that are being honored shall have contributed importantly to the advancement or application of engineering, science, and technology, bringing the realization of significant value to society. The total number of IEEE Fellows elevated in any one year must not exceed one-tenth of one percent of the total voting membership of the IEEE on record as of 31 December of the preceding year. In 2011, 321 IEEE Fellows were elevated. If you would like to learn more about the IEEE Fellow Program or would like to nominate an individual, please visit www.ieee.org/fellows.


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Gert CauwenberghsUniversity of California San Diegofor contributions to integrated biomedical instrumentation

Jonathon ChambersLoughborough Universityfor contributions to adaptive signal processing and its applications

Naresh ChandBAE Systemsfor contributions to semiconductor lasers and optical communication systems

Ching-Ray ChangNational Taiwan Universityfor contributions to micromagnetic calculations and computational approaches in spin transport

John Newton ChapmanUniversity of Glasgowfor contributions to measurement of magnetization processes in thin films and nanostructures

Goutam ChattopadhyayJet Propulsion Laboratoryfor contributions to development of sources, sensors, and coupling structures at terahertz frequencies

Subhasis ChaudhuriIndian Institute of Technology Bombayfor contributions to graduate-level education in electrical engineering

Shyi-Ming ChenNational Taiwan University of Science and Technologyfor contributions to fuzzy reasoning, forecasting and information retrieval

Shijie ChengHuazhong University of Science and Technologyfor contributions to control of power systems with energy storage

Sandeep Chennakeshufor leadership of mobile handset development

Marco ChianiDEIS, University of Bolognafor contributions to wireless communication systems

Albert ChinNational Chiao Tung Universityfor contributions to high-K dielectrics and metal gate electrodes for complementary metal-oxide semiconductor

Pak Chung ChingThe Chinese University of Hong Kongfor leadership in engineering education and accreditation

Horia ChiriacNational Institute of Research & Development for Technical Physicsfor contributions to technology of amorphous glass-coated magnetic microwires and nanowires

Bo Hyung ChoSeoul National Universityfor contributions to large-scale distributed power electronics systems

Debabani ChoudhuryIntel Corporationfor contributions to millimeter wave enabling technologies

Keith M. ChuggCommunication Sciences Institutefor contributions to adaptive and iterative data detection and decoding

Jen-Inn ChyiNational Central Universityfor contributions to III-V compound semiconductor optoelectronic devices

Lori A. ClarkeUniversity of Massachusetts Amherstfor contributions to software testing and verification

Carlos Artemio Coello CoelloCINVESTAV-IPNfor contributions to multi-objective optimization and constraint-handling techniques

Patrizio ColaneriPolitecnico di Milanofor contributions to periodic and switching control

Steve C. CrippsHywave Associatesfor contributions to broadband and high-efficiency radio frequency power amplifiers

Steven Andrew CummerDuke Universityfor contributions to lightning remote sensing and artificial electromagnetic materials

Michael Donald DahlinThe University of Texas at Austinfor contributions to scalable networked systems

Paul Cooper Davisfor development of bipolar integrated circuits

Vivek K. DeIntel Corporationfor contributions to low power microprocessor design

Kristin M. De MeyerIMECfor contributions to exploratory complementary metal-oxide semiconductor field-effect transistors

Daniel Manuel DiasIBM Thomas J. Watson Research Centerfor contributions to scalable commercial computing systems

Bernard DienySPINTEC (CEA/CNRS/UJF)for contributions to the development of nanomagnetism and spin-electronic devices, including spin valves

Xiaoqing DingTsinghua Universityfor contributions to multi-lingual character recognition and face recognition systems

Ajay DivakaranSarnoff Corporationfor contributions to multimedia content analysis

Daniel R. DoanDuPont Engineeringfor contributions to development of standards for electric arc hazards

Miwako DoiToshiba Corporationfor contributions to the human interface of document processing

Bruce Randall DonaldDuke Universityfor contributions in robotics, microelectromechanical systems, and computational molecular biology

John M. DudleyUniversity of Franche-Comtefor contributions to ultrafast optics and supercontinuum generation in photonic crystal fiber

Tolga Mete DumanArizona State Universityfor contributions to coding and modulation for wireless, recording and underwater acoustic channels

Pierre E. DupontChildren’s Hospital Bostonfor contributions to modeling and control of frictional contact in robotics

Emad S. EbbiniUniversity of Minnesotafor contributions to ultrasound temperature imaging and dual-mode ultrasound

Tarek El-GhazawiGeorge Washington Universityfor contributions to reconfigurable computing and parallel programming

Elza ErkipPolytechnic Institute of New York Universityfor contributions to multi-user and cooperative communications

Shanhui FanStanford Universityfor contributions to nanophotonics

Veronique Ferlet-CavroisESA ESTECfor contributions to understanding of radiation effects on electronic devices

Andrea FerreroPolitecnico di Torinofor contributions to microwave vector network analyzer calibration techniques and active load-pull metrology

John Michael FitzpatrickVanderbilt Universityfor contributions to medical image registration and surgical navigation


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Bob Frankstonfor contributions to the first electronic spread sheet and home networking

Yoshihiro FujitaEhime Universityfor contributions to imaging systems for high resolution television

Moncef GabboujTampere University of Technologyfor contributions to nonlinear signal processing and video communication

Paul D. GaderUniversity of Floridafor contributions to computational intelligence algorithms for landmine and explosive object detection

Mark John GalesCambridge Universityfor contributions to acoustic modeling for speech recognition

Ian GaltonUniversity of California - San Diegofor contributions to high-performance mixed-signal integrated circuits using digital calibration techniques

Gregory R. GangerCarnegie Mellon Universityfor contributions to metadata integrity in file systems

David GesbertEURECOMfor contributions to multi-antenna and multi-user communication theory and their applications

Dennis L. GoeckelUniversity of Massachusetts Amherstfor contributions to wireless communication systems and networks

Maria Sabrina GrecoUniversity of Pisafor contributions to non-Gaussian radar clutter modeling and signal processing algorithms

Voicu Zamfir GrozaUniversity of Ottawafor contributions to floating-point analog-to-digital conversion

Piyush GuptaBell Labs, Alcatel-Lucentfor contributions to wireless networks

Lino GuzzellaETH Zurichfor contributions to automotive control systems to reduce pollution emission and fuel consumption

Mounir HamdiHong Kong University of Science and Technologyfor contributions to design and analysis of high-speed packet switching

Dan W. HammerstromPortland State Universityfor contributions to high performance computer architectures for pattern recognition, image processing, and neural network emulation

Arun HampapurIBM Thomas J. Watson Research Centerfor contributions to video indexing, video search and surveillance systems

Yunghsiang Sam HanNational Taiwan University of Science and Technologyfor contributions to decoding techniques

Mary Jean HarroldGeorgia Institute of Technologyfor contributions to software systems

Craig J. HartleyBaylor College of Medicinefor contributions to high frequency ultrasonic medical instrumentation

Robert Wendell Heath, JrUniversity of Texas at Austinfor contributions to multiple antenna wireless communications

Joachim Viktor Rudolf HeberleinUniversity of Minnesotafor contributions to plasma arc-electrode technologies

Christopher J. HegartyThe MITRE Corporationfor contributions to satellite navigation for civil aviation

Jukka A. HenrikssonNokia Corporationfor contributions to mobile digital television

Digh HisamotoHitachi, Ltd.for contributions to complementary metal-oxide semiconductor devices

John York HungAuburn Universityfor contributions to control technology for industrial electronics

Yehea IsmailNorthwestern University and Nile University (Egypt)for contributions to high-performance circuits and interconnects

Mark A. ItzlerPrinceton Lightwave,Inc.for leadership in avalanche photodiode technologies

Arun K. IyengarIBM Researchfor contributions to computational infrastructure of Web applications

Douglas W. JacobsonIowa State Universityfor contributions to information assurance education and practice

Luis Jofre-RocaTechnical University of Cataloniafor contributions to antenna near-field characterization and imaging

Kevin JonesUniversity of Floridafor contributions to understanding of ion implantation damage using electron microscopy

Laxmikant V. KaleUniversity of Illinois at Urbana-Champaignfor development of parallel programming techniques

Hillol KarguptaUniversity of Maryland, Baltimore Countyfor contributions to distributed data mining

Stephen William KecklerNVIDIA Corporationfor contributions to computer architectures and memory systems

Karl Gene KempfIntel Corporationfor applications of control and decision theories in industries

Ronald Meek KeyserORTECfor contributions to high purity germanium detectors for gamma-ray spectroscopy

Sergiy KharkivskiyMissouri University of Science & Technologyfor contributions to microwave techniques for the evaluation of materials and structures

Changhyun KimSamsung Electronics Co., Ltd.for contributions to low voltage, high performance, high density memory design

Kiho KimSAIT, Samsung Electronics Co., Ltd.for contributions to high-speed next-generation orthogonal frequency division multiplexed multiple-antenna wireless networks

Eun Sok KimUniversity of Southern Californiafor contributions to microelectromechanical systems

Shin’ichiro KimuraHitachi, Ltd.for contributions to advanced stack memory cells for high density dynamic randon access memories

Paul E. KinahanUniversity of Washington Medical Centerfor contributions to positron emission tomography

Peter Rene KingetColumbia University—NYCfor contributions to analog and radio frequency integrated circuits


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Frederick A. Kish, JrInfinera Corporationfor development and commercialization of high-efficiency transparent-substrate AlGaInP light-emitting diodes and monolithic large-scale InP photonic integrated circuits

Dirk Bernardus Marie KlaassenNXP Semiconductorsfor contributions to semiconductor device modeling and simulation

Uming KoTexas Instruments Inc.for leadership in ultra-low power circuit techniques

Johann Wolfgang KochFraunhofer FKIEfor contributions to radar processing and target tracking theory

Hermann KochSiemens AGfor advancements in gas-insulated transmission lines

Visa KoivunenAalto Universityfor contributions to statistical signal processing for multichannel signals and sensor arrays

Thomas Joseph KolzeBroadcom Corporationfor contributions to physical layer architecture in communication systems

Ioannis KontoyiannisAthens University of Economics and Businessfor contributions to data compression

D P. KothariVellore Institute of Technologyfor contributions in electrical engineering education

Ram Kumar KrishnamurthyIntel Corporationfor contributions to high performance and low power digital circuits for microprocessors

Thomas F. KuechUniversity of Wisconsin-Madisonfor contributions to electronic materials growth for epitaxial devices

Kelin Jo KuhnIntel Corporationfor contributions to high performance complementary metal-oxide-semiconductor device technology for microprocessors

Tei-Wei KuoNational Taiwan Universityfor contributions to real-time embedded systems and flash-memory storage systems

Santosh K. KurinecRochester Institute of Technologyfor leadership in integrating innovative microelectronics research in engineering education

Fujio KurokawaNagasaki Universityfor contributions to switching power converter control

Niels KusterIT’IS Foundationfor contributions to the area of near-field exposures and dosimetry for radiofrequency fields in biomedical research

Sidney Bertram LangBen-Gurion University of the Negevfor contributions to the understanding of pyroelectric and polarization phenomena in solid dielectrics

Kwang Bok LeeSeoul National Universityfor contributions to high-speed wireless communication systems

Jae Hong LeeSeoul National Universityfor contributions to wireless communication systems

Jay H. LeeKorea Advanced Institute of Science and Technologyfor contributions to model-based predictive control applications

Te-Won LeeQualcomm, Incorporatedfor contributions to independent component analysis algorithms

Kwok Wa Kwok Wa LeungCity University of Hong Kongfor contributions to the development of the dielectric resonator antenna

Kai LiPrinceton Universityfor contributions to distributed shared memory, cluster communication, and deduplication storage systems

Shipeng LiMicrosoft Research, Asiafor contributions to the advancement of image and video coding

Wen Jung LiThe Chinese University of Hong Kongfor contributions in low-power integrated nanotube sensors and devices

Han-Xiong LiCity University of Hong Kongfor contributions to applications of fuzzy logic control

Bo LiThe Hong Kong Univ. of Science and Technologyfor contributions to content distribution via the internet

Ying-Chang LiangInstitute for Infocomm Researchfor contributions to cognitive radio communications

Kwang-Lung LinNational Cheng Kung Universityfor contributions to development of lead-free solder alloys and material interactions

Chih-Jen LinNational Taiwan Universityfor contributions to support vector machine algorithms and software

Jean-Paul Marie Gerard LinnartzTechnische Universiteit Eindhovenfor leadership in security with noisy data

Juin J. LiouUniversity of Central Floridafor contributions to development of electrostatic discharge protection of integrated circuits

Guoping LiuUniversity of Glamorganfor contributions to networked control systems

Jiming LiuHong Kong Baptist Universityfor contributions to web intelligence and multi-agent autonomy-oriented computing

Patrick Joseph LoughlinUniversity of Pittsburghfor contributions to time-frequency analysis and nonstationary signal processing

Ahmed LouriUniversity of Arizonafor contributions to optical interconnection networks for parallel computing

Nigel Hamilton LovellUniversity of New South Walesfor contributions to medical device technologies including telehealth systems and visual prostheses

James Jian-Qiang LuRensselaer Polytechnic Institutefor contributions to three-dimensional integrated circuit technology

Paolo LugliTechnical University of Munichfor contributions to nanostructured materials and devices

Joseph W. LydingBeckman Institutefor contributions to nanofabrication and metal-oxide semiconductor transistor reliability

John LygerosAutomatic Control Lab., Physikstrasse 3for contributions to hybrid and stochastic systems and applications

Wei-Ying MaMicrosoft Research Asiafor contributions to multimedia information retrieval

Jan Marian MaciejowskiCambridge University Engineering Departmentfor contributions to system identification and control


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Chris A. MackUniversity of Texas at Austinfor contributions to semiconductor microlithography

Kofi A. MakinwaDelft University of Technologyfor the development of precision analog circuits and integrated sensor systems

Erik Jan MarinissenIMECfor contributions to modular testing of core-based system chips

Rainer MartinRuhr-University Bochumfor contributions to speech enhancement for mobile communications and hearing aids

Andrew Charles MarvinUniversity of Yorkfor contributions to metrology techniques for electromagnetic compatibility

Maja J. MataricUniversity of Southern Californiafor contributions to robot coordination and learning in human-robot systems

Luke James MawstUniversity of Wisconsin-Madisonfor contributions to semiconductor lasers

Stephen John MaybankBirkbeck Collegefor contributions to statistical and geometric methods in computer vision

Kathryn S. McKinleyUniversity of Texas at Austinfor contributions to compiler technologies

Stephen McLaughlinUniversity of Edinburghfor contributions to statistical and nonlinear signal processing techniques in communication systems

Nasir MemonPolytechnic Institute of NYUfor contributions to media security and compression

Lalit K. MesthaXerox Corporationfor contributions to digital printing systems control

Anthony Kinnaird MilneUniversity of New South Wales-Kensingtonfor leadership in remote sensing applications

Vladimir MitinUniversity at Buffalo, SUNYfor contributions to sensors and detectors

Biswadip (Bobby) MitraFootprints, Apt. 401for leadership in the semiconductor industry and very-large-scale integrated circuit design

Daniel M. MittlemanRice Universityfor contributions to terahertz radiation imaging, sensing, and spectroscopy

Dharmendra S. ModhaIBM Almaden Research Centerfor contributions to cognitive computing and caching algorithms

S. O. Reza MoheimaniUniversity of Newcastlefor contributions to control of nanopositioning systems

Eric Louis MokoleRadar Division, Naval Research Laboratoryfor leadership and contributions to ultra-wideband radar, waveform diversity, and transionospheric space radar

John M. MorelandNational Institute of Standards and Technologyfor contributions to magnetic applications of scanning probe microscopy and microsystem technologies

Paul A. MortonMorton Photonics Incorporatedfor contributions to optical transmitters

Peter MoultonQ-Peak , Inc.for contributions to development of laser and nonlinear optics technology, including the invention of the Ti:sapphire laser

Charles John MozinaCHARLES J.MOZINA P.E.,PAfor contributions to protection of electrical power systems

Patric MuggliUniversity of Southern Californiafor contributions to plasma wakefield acceleration of electrons and positrons

Subhas Chandra MukhopadhyayMassey Universityfor development of low-cost smart sensors and sensing systems

Larry Akio NagaharaNational Cancer Institutefor leadership in nanotechnology devices and measurement applications

Yoshinobu NakagomeRenesas Electronics Corporationfor pioneering development of low-voltage dynamic random access memory circuits and low-leakage complementary metal-oxide semiconductor circuits

Yoshihiko NakamuraThe University of Tokyofor contributions to robotics

Sanjiv NandaQualcomm, Incorporatedfor contributions to algorithm design for wireless in wide area and local area network systems

Asoke K. NandiThe University of Liverpoolfor contributions to signal processing and its applications

Koichi NaraFukushima National College of Technologyfor contributions to automation of power distribution systems

Vijaykrishnan NarayananThe Pennsylvania State Universityfor contributions to power-aware systems and estimation tools

Evgenii E. NarimanovPurdue Universityfor contributions to nanophotonics and microlasers

Thomas E. Neal, PhDNeal Associates Ltd.for leadership in quantifying arc flash exposure, clothing ignition and arc ratings for worker protection

Bradley J. NelsonSwiss Federal Institute of Technology — ETH Zurichfor contributions to nano- and micro-scale robots and systems

Hermann J. NeyRWTH Aachen Universityfor contributions to statistical language modeling, statistical machine translation, and large vocabulary speech recognition

Michel M. NeyTELECOM Bretagnefor contributions to modeling in electromagnetics

Natalia K. NikolovaMcMaster Universityfor contributions to computer-aided analysis of microwave systems

Ali NouraiAmerican Electric Powerfor contributions to energy storage technologies

Ken Kyongyop OUniversity of Texas, Dallasfor contributions to ultra-high frequency complementary metal-oxide semiconductor circuits

Yasutaka OgawaHokkaido Universityfor contributions to estimation techniques and antenna signal processing

Joseph Olorunfemi OjoTennessee Tech Universityfor contributions to dual stator winding electric machines

Allison M. OkamuraJohns Hopkins Universityfor contributions to the design and control of haptic systems and medical robotics

Sakae OkuboWaseda Universityfor contributions to video coding and multimedia communication systems

Erik OrdentlichHewlett-Packard Laboratoriesfor contributions to universal algorithms and data compression

Paul OttingerNaval Research Laboratoryfor contributions to physics of intense charged particle beams and vacuum pulsed-power technology


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M. Tamer OzsuUniversity of Waterloofor contributions to distributed data management and multimedia database systems

Christof PaarRuhr University Bochumfor contributions to cryptographic engineering

Dorin PanescuNewCardio, Inc.for contributions to medical devices for cardiac applications

Shivendra S. PanwarPolytechnic Institute of NYUfor contributions to design and analysis of communication networks

John PapapolymerouGeorgia Institute of Technologyfor contributions to flexible, microwave and wireless components and systems

Nikos ParagiosEcole Centrale de Parisfor contributions to continuous and discrete inference in computer vision

Manish ParasharRutgers Universityfor contributions to parallel and distributed computing

Thomas ParisiniUniversity of Triestefor developments in neural network learning approaches

Raymond Sydney PengellyCree RF, Inc.for contributions to high-frequency field effect transistor design and circuit applications

Eric PottierUniversity of Rennes 1for contributions to polarimetric synthetic aperture radar

Balaji PrabhakarStanford Universityfor contributions to network theory and algorithms

Robert PuersKatholieke Universiteit Leuvenfor contributions to implantable microelectromechanical systems

Si-Zhao Joe QinUniversity of Southern Californiafor contributions to model predictive control technology and fault diagnosis in industrial processes

Susanto RahardjaInstitute for Infocomm Researchfor leadership in digital audio and signal processing

Johann Peter ReithmaierUniversity of Kasselfor research in active semiconductor nanostructures

Gabriel Alfonso Rincon-MoraGeorgia Institute of Technologyfor contributions to energy and power integrated circuit design

James Alexander RitceyUniversity of Washingtonfor contributions to bit-interleaved coded modulation with iterative decoding

Kelly S. Robinson, PhD, PEElectrostatic Answers, LLCfor contributions to electrostatic performance of manufacturing processes and imaging devices

Jose RodriguezUniversidad Tecnica Federico Santa Mariafor the development of new topologies and control methods for power electronic converters and drives

Paul A. RosenJet Propulsion Laboratoryfor contributions to Earth and planetary radar remote sensing

Elyse RosenbaumCoordinated Science Labfor contributions to electrostatic discharge reliability of integrated circuits

Catherine RosenbergUniversity of Waterloofor contributions to resource management in wireless and satellite networks

Yuriy RozanovMoscow Power Engineering Institutefor contributions to electrical power engineering education

Thomas Patrick RyanFreefall Consultingfor applications of electromagnetic and acoustic systems and techniques for thermal therapy

William E. RyanUniversity of Arizonafor contributions to channel coding for reliable data transmission and storage

John Scott SadowskyGeneral Dynamics C4 Systemsfor contributions to commercial and military wireless communications

Jawad A. SalehiSharif University of Technologyfor contributions to fundamental principles of optical code division multiple access

Philippe SalembierUniversitat Politecnica de Catalunyafor contributions to region-based image analysis and mathematical morphology for compression and indexing

Gurtej S. SandhuMicron Technology, Inc.for leadership in development of silicon complementary metal-oxide semiconductor process technology for semiconductor memory devices

Vincent John SaporitaCooper Bussmannfor contributions to workplace safety through the application of fusing technology

Edward H. SargentUniversity of Torontofor contributions to colloidal quantum dot optoelectronic devices

Anna ScaglioneUniversity of California, Davisfor contributions to filterbank precoding for wireless transmission and signal processing for cooperative sensor networks

Tuviah Ehud SchlesingerCarnegie Mellon Universityfor contributions to electro-optic devices and heat-assisted magnetic recording

Stephen Walter SchneiderUnited States Air Force Research Laboratoryfor leadership in integrated wide bandwidth array technology

Donatella SciutoPolitecnico di Milanofor contributions to embedded system design

Steven M. SeitzUniversity of Washingtonfor contributions to three-dimensional computer vision

Pankaj K. SenColorado School of Minesfor leadership in arc flash hazard research and electrical safety curriculum

Wouter A. SerdijnDelft University of Technologyfor contributions to integrated circuits for medical devices and wireless communications

Frederick W. SextonSandia National Laboratoriesfor contributions to ionizing radiation and catastrophic single-event effects in microelectronics

Zheng John ShenUniversity of Central Floridafor contributions to the development of lateral power metal-oxide semiconductor field-effect transistors

Frank ShiUniversity of California, Irvinefor contributions to optoelectronic packaging technologies

Leyuan ShiUniversity of Wisconsin-Madisonfor contributions to nested partitions optimization methodology

Masanobu ShimadaJapan Aerospace Exploration Agency(JAXA)for contributions to radar remote sensing technologies


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Yuriy S. ShmaliyGuanajuato Universityfor contributions to optimal methods for timekeeping and statistical theory of piezoelectric systems

Neil Gilbert SiegelNorthrop Grumman Corporationfor leadership in the development of the digital battlefield

Ray Simar JrRice Universityfor leadership in digital signal processor architecture development

Jane Marie SimmonsMonarch Network Architectsfor contributions to optical network architecture and algorithms

Morris SlomanImperial College Londonfor contributions to adaptive policy based management of distributed and pervasive systems

Roy SmithSwiss Federal Institute of Technology (ETH), Zurichfor contributions to robust model validation and advanced control system applications

James Henry StathisIBM Thomas J. Watson Research Centerfor contributions to complementary metal-oxide semiconductor gate-oxide reliability

Joseph StaudingerFreescale Semiconductor, Inc.for contributions to wireless communications systems

Guy L. Steele. Jr.Sun Labs, Oraclefor contributions to the definition, design and standardization of computer languages

Yossef SteinbergTechnion -- Israel Institute of Technologyfor contributions to information theory

Andreas StolckeInternational Computer Center Institutefor contributions to statistical language modeling, automatic speech recognition and understanding, and automatic speaker recognition

Ganesh SubbarayanPurdue Universityfor contributions to reliability and their associated computational techniques in mechanics

Hiroaki SugiuraMitsubishi Electric Corporationfor leadership in color management technology in multimedia systems

Akihiko SugiyamaNEC Corporationfor contributions to speech and audio signal processing

Gaurav Suhas SukhatmeUniversity of Southern Californiafor contributions to multi-robot systems

Qibin SunHewlett-Packard Companyfor contributions to multimedia security

Myung Hoon SunwooAjou Universityfor contributions to multimedia and communications

Tanveer F. Syeda-MahmoodIBM Almaden Research Centerfor contributions to content-based image and video indexing and retrieval

Dennis SylvesterUniversity of Michiganfor contributions to energy-efficient integrated circuits

Richard TaylorTRC Companies, Inc.for contributions to protection of electrical power systems

Chinthananda TellamburaUniversity of Albertafor contributions to physical layer wireless communication theory

Claire TomlinUniversity of California, Berkeleyfor contributions to hybrid control systems with applications to Air Traffic Management, Unmanned Aerial Vehicles, and Systems Biology

Isabel TrancosoInstituto Superior Tecnicofor sustained contributions to speech technology, especially in the provision of research in and resources for the Portuguese language

Mitchell D. TrottHewlett Packard Laboratoriesfor contributions to wireless communication

Masaru UchiyamaTohoku Universityfor contributions to design, modeling, and control of robotic structures

Kunio UchiyamaHitachi, Ltd.,for contributions to power-efficient microprocessors

Vinay A. VaishampayanAT&T Labs -- Researchfor contributions to error-resilient compression systems

Prabhat VarmaBlue Pearl Software Inc.for contributions to system-on-chip test technology

Manuela M. VelosoCarnegie Mellon Universityfor contributions to the development of cognition, perception, and action in autonomous robot teams

Rama VenkatasubramanianRTI Internationalfor contributions to nanoscale thermoelectric technologies for thermal management

Anthony VetroMitsubishi Electric Research Labsfor contributions to video coding, three-dimensional television, and multimedia adaptation

Emanuele ViterboMonash Universityfor contributions to coding and decoding for wireless digital communications

Vatche VorperianJet Propulsion Laboratoryfor contributions to pulse width modulated and resonant converters

Petros G. VoulgarisUniversity of Illinois at Urbana Champaignfor contributions to decentralized, distributed, and multiobjective control

Lei WangPowertech Lab Incfor contributions to power system stability

Li-Chun WangNational Chiao Tung Universityfor contributions to cellular architectures and radio resource management in wireless networks

Rod WaterhousePharad, LLCfor contributions to microwave photonic systems and printed antennas

Jeffrey J. WelserIBM Almaden Research Centerfor leadership in emerging device technologies for computer applications

Chin-Long WeyNational Central Universityfor leadership in education and services in integrated circuits

Louis Litchfield WhitcombJohns Hopkins Universityfor contributions to the theory and application of robotics for intervention in extreme environments

Alice E. WhiteAlcatel-Lucentfor leadership in development and commercialization of integrated silicon optical components for communication networks

Stephen Bryant WickerCornell Universityfor contributions to wireless information systems

Indra WidjajaBell Labs, Alcatel-Lucentfor contributions to switching and traffic engineering in communication networks


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Thomas WiegandFraunhofer Institute for Telecommunicationsfor contributions to video coding and its standardization

Alexander WolfImperial College Londonfor contributions to software architecture

Xindong WuUniversity of Vermontfor contributions to data mining and applications

Ke-Li WuThe Chinese University of Hong Kongfor contributions to non-planar microwave filters and embedded radio frequency passive circuits

Qing-Hua WuThe University of Liverpoolfor contributions to artificial intelligence applications in power systems

Min WuUniversity of Maryland, College Parkfor contributions to multimedia security and forensics

Xiaolin WuMcMaster Universityfor contributions to image coding, communication and processing

Jie XueCisco Systems, Inc.for leadership in electronics packaging technology

Quan XueCity University of Hong Kongfor contributions to microwave transmission line structures and integrated circuits

Guoliang XueArizona State Universityfor contributions to survivability and quality of service in computer networks

Hirosuke YamamotoThe University of Tokyofor contributions to source coding and information-theoretic secure coding

Yong YanUniversity of Kentfor contributions to pulverized fuel flow metering and combustion flame imaging

Guang-Zhong YangImperial College Londonfor contributions to medical imaging and robotic surgery

Chih-Kong Ken YangUniversity of Californiafor leadership in enhancement of input-output efficiency in integrated circuits

Yu-Dong YaoStevens Institute of Technologyfor contributions to wireless communications systems

Roy D. YatesRutgers Universityfor contributions to wireless network resource allocation

Ellen Witte ZeguraGeorgia Institute of Technologyfor contributions to disruption tolerant networking

Gengsheng Lawrence ZengUniversity of Utahfor contributions to instrumentation and image reconstruction algorithms in single photon emission computed tomography

Fan-Gang ZengUniversity of California Irvinefor contributions to auditory prostheses

Tao ZhangTelcordia Technologies, Inc.for contributions to wireless and infrastructure networking protocols for applications

Kevin ZhangIntel Corporationfor contributions to static random access memory for high-performance microprocessors

Liang-Jie ZhangIBM Thomas J. Watson Research Laboratoriesfor contributions to service-oriented technologies and applications

Song-Chun ZhuUniversity of California at Los Angelesfor contributions to statistical modeling, learning and inference in computer vision

Herbert ZirathChalmers University of Technologyfor contributions to microwave and millimeter wave integrated circuits and device technology

Chair:Robert E. Fontana, Jr.

Vice Chair:Bruce Hajek

Members:

Bir Bhanu

Flavio G. Canavero

Gerard-Andre Capolino

Moises Cases

Vincent W. Chan

Nim K. Cheung

Kent D. Choquette

David A. Conner

Susan E. Conry

Jane Cullum

Patricia D. Daniels

Mark E. Davis

Silvano Donati

Stephen D. Dukes

Mohamed E. El-Hawary

Gerhard Fettweis

Dimitar P. Filev

Heyno Garbe

Steven H. Gold

J. Michael Golio

Bin He

Katsushi Ikeuchi

Hiroshi Iwai

Richard C. Jaeger

Jose A. Jardini

Barry W. Johnson

Rohit Kapur

Mark J. Karol

V. Prasad Kodali

C.S. George Lee

Peter A. Lewin

Om P. Malik

John D. Norgard

Maciej J. Ogorzalek

Panagiotis E. Papamichalis

Ronald C. Petersen

Laura M. Roa

Tariq Samad

Mansoor Shafi

Marwan Simaan

Chanan Singh

Yonghua Song

Ljilijana Trajkovic

S.S. Venkata

John L. Volakis

Jun Wang

Changyun Wen

Werner Wiesbeck

Jingshown Wu

Ralph W. Wyndrum

2 0 1 1 I E E E F E L L O W C O M M I T T E E


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Senior Manager, IEEE Foundation Operations & Planned Giving, Karen Galuchie, was named the 2010 Joyce E. Farrell IEEE Staff Award recipient. She is recognized for more than a decade of outstanding contributions to IEEE. Karen was honored for her steadfast adherence to a fundamental tenet of how to treat others and her no-nonsense approach to her work.

Known as a “go-to person,” Karen has a proven track record for open and honest communication, going the extra mile, being a consummate team player, and having an infectious positive attitude. Her nominator said “When you are strug-gling with a project here comes Karen, donning her IEEE cape and superhero arm band, and drops a solution in your lap, just because she was thinking of you.”

Established in 1996, the Joyce E. Farrell IEEE Staff Award is presented annually for exemplary professional performance and consistent practice of the IEEE Enabling Staff Culture. Recipients receive a certificate, engraved Waterford crystal bowl, honorarium and have their name and photograph added to the Farrell Award plaque on display in IEEE offices.

IEEE Enabling Culture Principles • Member No. 1 & Customer Focus• Respect for the Employee and Volunteer• Teamwork• Lead by Example• Participatory Management• Accountability & Our Word Is Our Bond• Innovation & Continuous Improvement• Open, Honest Communication & Feedback

Past recipients include:2009 – Mehul Trivedi, IEEE Publications2008 – Sherry Russ, IEEE Meetings & Conferences 2007 – William Colacchio, IEEE Publishing Operations 2006 – Doug Gischlar, IEEE Publishing Technologies2005 – John Gulics, IEEE Facilities2004 – W. Henry Buchheit, IEEE Computer Society2003 – Beverly Banks, IEEE Sales & Marketing2002 – Barbara Lange, IEEE Publications Business Development2001 – Kenneth A. Moore, IEEE Book & Information Services2000 – Abbas Ramandi, IEEE Information Technology1999 – Judy Brady IEEE Sales & Marketing1998 – William F. Van Der Vort, IEEE Electron Devices Society1997 – Jose A. Saravia, IEEE Controller’s Office1996 – Mahrukh R. Cama, IEEE Information Technology

2010 Joyce E. Farrell IEEE Staff Award

Sponsored by IEEE

Karen Galuchie

I E E E S T A F F A W A R D S

For exemplary service to IEEE governance through development, integration and administration of new tools and procedures that improved efficiency, transparency, fairness, equity, and legal compliance.

Julie Eve Cozin is the Director of Governance at IEEE. She joined the organization in 1981 and has spent her almost 30-year professional career providing support to and interfac-ing with its highest-level volunteer leaders. As Director of Governance, Ms. Cozin is the Corporate Secretary and Parliamentarian for the Board of Directors. She currently su-pervises a group of eight staff members.

Ms. Cozin and her staff provide support to the IEEE Board of Directors, to its President and Chief Executive Officer and to the IEEE Executive Director and Chief Operating Officer. They also provide support to the IEEE Assembly which, among other duties, elects members to the Board of Directors. In their support to the IEEE Board and Assembly, they prepare motions and discussion items for meetings; provide context and deci-sion-making data; prepare and distribute agendas, minutes and historical documents; assist in real-time management of meetings; and maintain the archives and corporate records.

Ms. Cozin and her staff also support the IEEE Governance Committee, which reviews, maintains and recommends revisions to governance-related documents and processes and recommends efficiencies to the Board. In their support for the IEEE Tellers Committee, Ms. Cozin and her staff are responsi-ble for facilitating the IEEE Annual Election, which distributes ballot materials to nearly 310,000 eligible voters. They support the Nominations and Appointments Committee, charged with recommending roughly 140 candidates to the IEEE Board of Directors and IEEE Assembly for positions on the Board, including President-Elect and for Chairs and members of Standing Committees. Ms. Cozin and her staff also oversee the Ombudsman process for IEEE members and the Ethics and Member Conduct Committee, which is responsible for IEEE’s ethic’s programs and member complaint process. They also advise the major Boards of IEEE in all matters of governance and parliamentary rules.

Ms. Cozin received her Bachelor of Arts degree from the State University of New York at Albany in English and Business in 1980. She is a member of the National Association of Parliamentarians (NAP) and is currently working toward her Registered Parliamentarian certification. She is also a member of the American Society of Corporate Secretaries and Governance Professionals (ASCS), the American Society for Association Executives (ASAE) and the National Association of Professional Women (NAPW). Ms. Cozin volunteers her time as an active member of the Board of Directors of her local homeowner’s association.

Julie Eve Cozin

2010 IEEE Eric Herz Outstanding Staff

Member Award

Sponsored by IEEE

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SHAPING THE FUTURE THROUGH NANOELECTRONICS

Imec is honoured to receive the 2011 IEEE Corporate Innovation Recognitionfor its continuous contributions to CMOS technologyand for its innovations in global business development and university-industrycollaborations.

www.imec.be

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Technology insight on demandon IEEE.tv

If you’re involved in any aspect of technology, you owe it to yourself to discover IEEE.tv. This Internet television network gives you insightful, engaging programming that brings you

face-to-face with the what, who and how of technology today.

On demand, you’ll gain insight from a generation of industry giants, explore the inner workings of

the newest innovations, and see the trends that are shaping the future. Best of all, IEEE members

can access exclusive content—and download award-winning programs at their convenience.

So take a moment to tune in to where technology comes alive—IEEE.tv. We think you’ll agree it’s

the smartest thing on Internet television.

Tune in to where technology lives —www.ieee.tv

Follow us on

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IEEE Foundation Donor Recognition Program With contributions from generous sponsors around the world, the IEEE Foundation provides philanthropic services that advance technology and education for the benefit of humanity. Every donor who makes a gift to the IEEE Foundation makes a difference.

We formally recognize donors for their generous support in three ways:• Annual Giving Program • IEEE Heritage Circle • IEEE Goldsmith Legacy League

Annual Giving Program To express gratitude and appreciation, the IEEE Foundation distinguishes individuals, corporations and friends who contribute US$100 or more during the calendar year. Donors are listed in our annual Honor Roll of Donors, which is distributed in June. The A

has four member categories to recognize gifts of US$100 to $999. The L has seven member categories to recognize gifts of US$1000 and more.

IEEE Heritage Circle – Honored PhilanthropistsThe philanthropic spirit among IEEE Foundation donors reflects a strong desire and willingness to personally ‘give back’ to IEEE. Our donors are loyal and true, giving consistently and generously throughout their career and lifetime. We recognize this level of ongoing commitment from our Honored Philanthropists in the I

.

Honored Philanthropists are individuals whose donations to IEEE Foundation total US$10,000 or more since 1 January 1995. Automatically recognized as members of the I donors are categorized respectively within five named giving levels.

The IEEE Development Office provides confidential information regarding the status of cumulative gifts of cash, stock, gifts of cash prizes, pledge payments, gifts of royalties and donor advised gifts, and alerts contributors when milestones are reached.

IEEE Goldsmith Legacy League – Forever GenerousThe I is an elite group of donors whose planned giving makes them Forever Generous. The group is named for Alfred N. and Gertrude Goldsmith whose philanthropic vision seeded the IEEE Foundation’s ability to support IEEE’s mission.Members of the I are building tomorrow by leaving legacy gifts to benefit future generations of engineers.

Members include a bequest in their will or trust document. Others name the IEEE Foundation asbeneficiary of a life insurance policy, retirement plan or charitable remainder trust. To join simplycontact the IEEE Development Office and let them know you have arranged for a planned gift to either IEEE or IEEE Foundation.

At the 2009 Honors Ceremony Dinner, 1975 IEEEPresident A (center) stopped by to visit IEEEFoundation table guests: 1979 IEEE President and IEEEGoldsmith Legacy League Member J andHeritage Circle Member K


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The IEEE Foundation assists IEEE in paying tribute to the individuals and organizations whose achievements have made a lasting impact on technology, humanity and the engineering profession.

For more information or to hold a confidential discussion, please contact:IEEE Foundation - IEEE Development Office445 Hoes Lane - Piscataway, NJ 08854 USAPhone: +1 732 562 5550 - e-mail: [email protected]

CONGRATULATIONS TO:

Morris Chang2011 IEEE Medal of Honor

James F. Gibbons2011 IEEE Founders Medal

Levent Onural2011 IEEE Haraden Pratt Award

The IEEE Foundation proudly sponsors these three

awards as part of its mission to advance IEEE’s core

purpose of Advancing Technology for Humanity.

Thanks to the generosity of the IEEE community

at-large, the IEEE Foundation is able to support

these awards, as well as numerous other IEEE

initiatives. The IEEE Foundation is a non-profit

organization incorporated in the United States.

Learn more about the IEEE Foundation


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mailto:[email protected]





And the Award goes to...

IEEE Spectrum and IEEE Spectrum Online feature content – written and peer-reviewed by IEEE Members – consistently wins awards

every year in the engineering media category.

Congratulations to the editorial team for 16 Editorial Awards in 2010!

Visit IEEE Spectrum Online often for first-hand coverage of current technology and products, and see what all the buzz is about.

Award-winning coverage for tech insiders

w w w. s p e c t r u m . i e e e . o r g

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EditorLeslie Russell

Assistant EditorsLynn Frassetti, Kathy Weeks

Copy Editor Brian Benbrook

Director—Periodicals Production Services

Peter Tuohy

Supervisor Periodicals Manufacturing

& Distribution/ReprintsLouis A. Vacca

Sr. Art Director Janet Dudar

Art and ProductionGail A. Schnitzer

Advertising DirectorJames A. Vick

Advertising SalesJohn Restchack

Advertising Production Manager

Felicia Spagnoli

Advisory BoardMarybeth Denike

(Director, IEEE Development and Awards),

Matt Loeb (Staff Executive, Corporate

Activities, IEEE),

Bruce Wooley (Awards Board Chair),

Marsha Longshore (Sr. Manager, IEEE Corporate

Communications),

Fran Tardo (External Communications

Manager),

Awards Presentation and Publicity Committee:

Edward Rezek (Chair), Thomas Habetler, Karen Panetta,

Gerald Peterson, Howard Wolfman, Robert Trew

IEEE Operations Center445 Hoes Lane

Piscataway, NJ 08854-4141 USATelephone: +1 732 562 6588

Fax: +1 732 981 9019www.ieee.org/about/awards

The 2011 Awards Booklet is printed on 100% paper fibers from sustainable forestry.

IEEE prohibits discrimination, harassment and bullying. For more information, visit http://www.ieee.org/web/aboutus/whatis/policies/p9-26.html

I E E E B O A R D O F D I R E C T O R S A N D A W A R D S B O A R D C O M M I T T E E S

2011 IEEE Awards Board

Bruce Wooley, Chair

Stephen B. Weinstein, Vice Chair

Paul Y. S. Cheung, Past Chair

Duncan C. Baker, Member-at-Large

Bimal K. Bose, Member-at-Large

Holly M. Cyrus, Member-at-Large & WIE Chair

Francisco Martinez, Member-at-Large

Alfred O. Hero, Division Director

David A. Hodges, IEEE BoD Coordinator

Tania L. Quiel, Region Director

Lewis M. Terman, Medals Council Chair & JANS Committee Chair

Arthur P. Stern, Recognitions Council Chair

Fiorenza Albert-Howard, Technical Field Awards Council Chair

Edward A. Rezek, Presentation and Publicity Chair

Dov Jaron, Finance Committee Chair

G. David Forney, AB Awards Review Committee Chair

Sundaram K. Ramesh, EAB/ARC Chair

Ted Olsen, SA/ARC Chair

Karen Pedersen, MGA/ARC Chair

John A. Darringer, TAB/ARC Chair

Mary Ellen Randall, USA/ARC Chair

2011 IEEE Board of Directors

2011 IEEE President and CEO .................Moshe KamIEEE President-Elect ...............................Gordon W. DayIEEE Past President.................................Pedro A. RayDirector & Secretary ...............................Roger D. PollardDirector & Treasurer ...............................Harold L. FlescherDirector & Vice President, Educational Activities .............................Tariq S. DurraniDirector & Vice President, Publication Services and Products ...........David A. HodgesDirector & Vice President, Member and Geographic Activities .........Howard E. MichelDirector & President, Standards Association .............................Steve M. MillsDirector & Vice President, Technical Activities .................................Donna L. HudsonDirector & President IEEE-USA ...............Ronald G. JensenDirector & Delegate, Region 1 ................Charles P. RubensteinDirector & Delegate, Region 2 ................Ralph M. FordDirector & Delegate, Region 3 ................Clarence L. StognerDirector & Delegate, Region 4 ................James N. RiessDirector & Delegate, Region 5 ................Sandra L. RobinsonDirector & Delegate, Region 6 ................Edward G. PerkinsDirector & Delegate, Region 7 ................Om P. MalikDirector & Delegate, Region 8 ................Marko DelimarDirector & Delegate, Region 9 ................Tania L. QuielDirector & Delegate, Region 10 ..............Wai-Choong WongDirector & Delegate, Division I ...............Hiroshi IwaiDirector & Delegate, Division II ..............J. Keith NelsonDirector & Delegate, Division III .............Nim K. CheungDirector & Delegate, Division IV .............Peter N. Clout Director & Delegate, Division V ..............Michael R. WilliamsDirector & Delegate, Division VI .............Jeffrey M. VoasDirector & Delegate, Division VII ............Enrique A. TejeraDirector & Delegate, Division VIII ...........Susan K. LandDirector & Delegate, Division IX .............Alfred O. HeroDirector & Delegate, Division X ..............Vincenzo PiuriDirector Emeritus ...................................Eric Herz Director Emeritus .....................................Theodore W. Hissey


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