cloud computing internet of things - nchcevent.nchc.org.tw/2014/seaip/upload/2014_program.pdf ·...

Cloud Computing & Internet of Things雲端計算與物聯網2014

SEAIP 2014 Dear Colleagues,

On behalf of the National Center for High-Performance Computing (NCHC), it is our great pleasure to welcome your participation in SEAIP 2014!

Taiwan is also known as “Formosa” which means “Beautiful Island.” Included in Taiwan’s 19 major cities and counties are bustling metropo-lises like Taipei, Taichung, and Kaohsiung. Also, Taiwan’s fifth largest city, Hsinchu, has one of the highest densities of hi-tech enterprises in the entire world! Natural wonders such as Hualien County’s splendid ocean views and magnificent mountain scenery and Kaohsiung’s port views are not to be missed! This beautiful island, full of cultural, natural, and hi-tech wonders, promises a very special meeting experience in Asia!

SEAIP is well received in the ICT community in Southeast and East Asia regions. The workshop will focus on issues of science and technology in Cloud Computing, Big Data and Internet of Things. We encourage participants to present their research to strength the connections around the Pacific Rim and develop collaborations through the exchange of research results and ideas.

While you are here, we have arranged some social and cultural events, and hope you to feel at home and enjoy your time experiencing the cultures and beauty of Taiwan. As the great Confucius once said, “It is a great joy to welcome friends from afar!”

We welcome you to our beautiful island and hope you enjoy our warm hospitality! We bid you all a very special and rewarding experience here in Taiwan!

We look forward to having you at SEAIP 2014!

Sincerely,

Chair, Southeast Asia International Joint-Research and Training ProgramDirector General, National Center for High-performance Computing

Ce-Kuen Shieh

WelcomE TO

Biography

José A.B. Fortes is the AT&T Eminent Scholar and Professor of Electrical and Computer Engineering and Computer Science at the University of Florida. From 1984 until 2001 he was on the faculty of the School of Electrical Engineering of Purdue University at West Lafayette, Indiana. From July 1989 through July 1990 he served at the National Science Foundation as director of the Microelectronics Systems Architecture program. From June 1993 till January 1994 he was a Visiting Professor at the Computer Architecture Department of the Universitat Politecnica de Catalunya in Barcelona, Spain. His research interests are in the areas of distrib-uted computing, autonomic computing, computer architecture, parallel process-ing and fault-tolerant computing. He has authored or coauthored over 200 technical papers and has lead the development and deployment of Cloud and Grid-computing software used in several cyberinfrastructures for e-Science and digital government. His research has been funded by the Office of Naval Research, AT&T Foundation, IBM, General Electric, Intel, Northrop-Grumman, Army Research Office, NASA, Semiconductor Research Corporation and the National Science Foundation. José Fortes is a Fellow of the Institute of Electrical and Electronics Engineers (IEEE) professional society and a Fellow of the American Association for the Advancement of Science (AAAS). He was a Distinguished Visitor of the IEEE Computer Society from 1991 till 1995. José Fortes is on the Editorial Boards of the IEEE Transactions on Cloud Computing, the IEEE Transac-tions on Services Computing, the International Journal on Parallel Programming and the Journal of VLSI Signal Processing.

Topic:

Software-defined Datacenters and Environments

AGENDA

1 Dec MON Tutorial

09:00-09:10 Registration

Welcome and Introduction of SEAIP tutorialDr. Fang-Pang Lin, NCHC, Taiwan09:10-09:30

09:30-09:40

09:40-10:20 Ceph: a Simple Quick StartDr. Jing-Yuan Luke, MIMOS, Malaysia

10:20-11:00Real-time Streaming Computing for Undersea Vurveillance Data on Top of StormDr. Jih-Sheng Chang, Dr. Shengwen Wang, NCHC, Taiwan

11:10-12:00 Analytic 3.0 with Big Data Management, the era of ImpactMr. Wen-Tsau Chiu, Mr. Alex Yang, SAS, Taiwan

13:00-13:50 Introduction to (Big) Data Analysis with RDr. Yung-Hsiang (Sean) Huang, NCHC, Taiwan

13:50-14:30 How to Use "R"Mr. Guo-Tzau Wang, NCHC, Taiwan

14:40-15:20Introduction to Storm's Programming Concepts and InstallationDr. Jih-Sheng Chang, Dr. Shengwen Wang, NCHC, Taiwan

15:20-16:20 Institute Presentation & DiscussionDelegates from Philippines

Who's Who

Coffee break11:00-11:10

Lunch12:00-13:00


Theme: Big Data Tools

Theme: Big Data Tools

Dinner18:00~

16:20-17:20 Visit Southern Taiwan Science Park Bureau

Tainan Branch, NCHC

09:00-09:50Matrix Visualization: New Generation of Exploratory Data AnalysisDr. Chun-Houh Chen, Institute of Statistical Science, Academia Sinica, Taiwan

Multi-Domain SDN Management and Software Defined eXchange (SDX)Dr. Te-Lung Liu, NCHC, Taiwan

09:50-10:40

10:50-11:40 Scrum under a Waterfall MethodologyDr. Ming-Man Chan, AMD, Malaysia

11:40-12:30PIONIER-Research and Education Networking in PolandDr. Bartosz Belter, Poznan Supercomputing and Networking Center, Poland

13:30-14:20

Communication-efficient Similarity Search on Data in a Machine-to-machine EnvironmentDr. Mi-Yen Yeh, Institute of Information Science, Academia Sinica, Taiwan

15:30-17:10 Institute Presentation & DiscussionDelegates from Vietnam, Thailand and Malaysia


Lunch12:30-13:30

14:20-15:10 Big Data Analytics for Honeynet LogsDr.Hsing-Yen Ann, NCHC, Taiwan


Dinner18:00~

Theme: Future Network

Theme: Future Network

2 Dec TUE

Tainan Branch, NCHC

14:10~14:40Using High Resolution Remote Sensing Data for Biodiversity ScienceDr. Reed Beaman, National Science Foundation, USA

09:00-09:20

Welcome Opening

10:50-11:40CSI at HLRS - how laser scanning, virtual reconstructions and interactive simulations can help criminal investigationsDr. Uwe Wössner, High Performance Computing Center Stuttgart, Germany

13:10~13:40Beyond Taxonomy-fostering the Integration of Biodiversity and Ecological Data in TaiwanDr. Chau-Chin Lin, Taiwan Forestry Research Institute, Taiwan

Group Photo & Coffee break09:40-10:00

Dr. Yu-Hong Shan, Program Director, Department of International Cooperation and Science Education, Ministry of Science and TechnologyProf. Tzon-Tzer Lu, Office of Library and Information Services, National Sun Yat-sen UniversityProf. Hung-Duen Yang, President, National Sun Yat-sen UniversityDr. William Chang,Regional Coordinator, National Science Foundation

10:00-10:50 The Past, Present, and Future of GLEONDr. Tim Kratz, University of Wisconsin-Madison, USA

09:20-09:40Building a Community of Practice: Examples, Benefits, Barriers, and Lessons LearnedDr. Peter Arzberger,Chair, Pacific Rim Applications and Grid Middleware Assembly

Lunch11:40-13:10

13:40~14:10Temporal and Spatial Variation of Metal Biomagnification:Effect of Ecosystem Metabolism Across the GlobeDr. Jeng-Wei Tsai, China Medical University, Taiwan


14:50~16:20 Institute Presentation & DiscussionDelegates from Indonesia

16:20~17:20 Collaboration between ICT & Applications - Grouping by Use Scenarios

Banquet18:30~

Opening Ceremony

Theme: Cyber-enhancement Application

Theme: Biodiversity Cyberinfrastructure

3 Dec WED

National Sun Yat-sen University

09:00-09:20Simulation based Cyber-Learning System and Its User ServicesDr. Ruth Lee, Korea Institute of Science and Technology Information, Korea

A High-fidelity Normal Eigenvalue Solver for Advanced Nanoscale Device Research Hoon Ryu, Korea Institute of Science and Technology Information, Korea

09:20-09:40

09:40-10:20Future cyber-Learning on Engineering Education Through Simulation (FLEETS)Dr. Heng-Chuan Kan, NCHC, Taiwan

10:30~11:00Towards the Next-Generation Smart Nation Operating PlatformProf. Hock Beng Lim, Nanyang Technolical University, Singapore

11:30~11:50Low Cost SAR Space System Definition with Focused ApplicationsDr. James Yaung, National Space Organization, Taiwan


Lunch11:50-13:00

11:00~11:30 eHealth in a Smart HospitalDr. Mei-Ling Hsu, Chia-Yi Christian Hospital, Taiwan


13:00~13:50 Software-defined Datacenters and EnvironmentsProf. José A. B. Fortes, University of Florida, USA

13:50~14:40Quest for Software Defined Infrastructure for New-Generation Computing and VisualizationDr. Susumu Date, Osaka University, Japan

14:50~15:40Comet - High Performance Virtual Clusters to Support the Long-tail of ScienceProf. Philip Papadopoulos, UC San Diego, USA

15:40~ Culture Exploration (self exploration)

Theme: Cyber-learning & Databank

Theme: Intelligent System and Real World Practice

Theme: Future Computer System

4 Dec THU


10:20-12:00

Water Disaster Management Update - Following up for Shonan Meeting


Lunch12:00-13:00

Institute Presentation & Discussion13:00~13:30

Discussion and Conclusion

Prof. Philip Papadopoulos, UC San Diego, USAProf. Shinji Shimojo, Osaka University, JapanDeveloping a Framework for End-User Requirements in a Disaster ScenarioDr. Jason Haga, Advanced Industrial Science and Technology, JapanDr. Whey-Fone Tsai, NCHC,TaiwanDr. Bo Chen, National Space Organization, TaiwanDr. Kanokvate Tungpimolrut, National Electronics and Computer Technology Center, ThailandDr. Piyawut (Joe) Srichaikul, National Electronics and Computer Technology Center, Thailand

13:30~14:30

Culture Tour14:30~18:00

Dinner18:30~

Theme: Cyber-enhancement Application

Theme: Future Collaboration

5 Dec FRI


Developing a Framework for End-User Requirements in a Disaster ScenarioDr. Jason Haga, Advanced Industrial Science and Technology, Japan

09:00~09:50

Theme: Water Disaster Management Update - Following up for Shonan Meeting

Shonan Meeting ReportDr. Fang-Pang Lin, NCHC, Taiwan09:50~10:10

speakers

Bartosz BelterHead of Network R&DPoznan Supercomputing and Networking Center, Poland

Biography

Bartosz Belter received the M.Sc. degree in Computer Science from the Poznan University of Technology in 2002. He works in Poznan Supercomputing and Networking Center as a leader of the Network R&D unit. He participated in several FP6/FP7 IST projects: GN3/GN2, GEYSERS, NOVI, BonFIRE, 6NET and PHOSPHORUS. He also participated in a number of national initiatives (Engineer-ing of Future Internet, Clusterix, Polish LDAP and others). Currently he is involved in several FP7 projects, acting as the Technical Coordinator of ALIEN and FELIX. He was a member of the TERENA Networking Conference Programme Commit-tee. His main research activities concern the architectural aspects of network function virtualization, network control and management and Quality of Service in next generation packet networks. He is author or co-author of papers in professional journals and conference proceedings.

Topic:

PIONIER – Research and Education Networking in Poland

Abstract:

The PIONIER network is a nationwide broadband optical network for research and development in the area of information technology and telecommunica-tions, computing sciences, applications and services for Information Society.

The PIONIER infrastructure is connecting over 700 research and development institutions, more than 100 public universities and 5 HPC centres via 21 Metropol-itan Area Networks through over 6500 km of own fibres in Poland.

PIONIER is the first National Research and Education Network in Europe which deploys network services using its own fiber infrastructure. Transmission is realized with DWDM systems and 10 Gigabit Ethernet technology. Recently, initial tests have been made to implement the 100 Gigabit Ethernet technology in the PIONIER network.

The international research cooperation is realized via the GÉANT network with 10Gbps connection and through own dark fibre cross border connections.

Biography

Ming Man is Microsoft MVP since year 2006. He is a software development manager for a multinational company. With 25 years of experience in the IT field, he has developed system using Clipper, COBOL, VB5, VB6, VB.NET, Java and C #. He has been using Visual Studio (.NET) since the Beta back in year 2000. He and the team have developed many projects using .NET platform supporting different key functional areas in the organizations such as engineering, sales, and market-ing. He is familiar with the architecture design of business application and is also an expert with database experience in MS SQL, Oracle and AS 400.

Topic:

Scrum under a Waterfall Methodology

Abstract:

It would be so easy if everyone at our companies just used Scrum—or at least Agile. No one would lean on the team for dates and deadlines, and everyone would know that change is a good thing. It'd be one great big happy project management family. But let's face it—an all-Agile organization isn't always possible. Maybe you have a Project Management Office. Maybe you work for a government contractor. Maybe you have regulatory requirements. Maybe you're the first Scrum/Agile project at your company. Maybe your company simply *likes* it this way. Whatever the reason, Agile teams frequently report into Water-fall organizations. Your team thinks "backlog" and your bosses think "project plan." How do you make it work? How do you ensure communication and foster trust between the two groups? How do you bridge the project management impedance mismatch? The chocolate and peanut butter of the project manage-ment world. These products integrate and replicate so that the Agile/Scrum and Waterfall groups can work with the tools they want to work with, play nice together, and get what they need to do their jobs. In this session, we will talk about strategies to improve communication between the two constituencies. Along the way we discuss some of the difficulties with making Scrum/Agile work in a Waterfall-centric organization and what you can do to minimize the problems.

Chan Ming ManMember of Technical StaffAMD, Malaysia

Biography

Jason Haga is currently a senior researcher in the Information Technology Research Institute of AIST. His past research work involved the design and imple-mentation of applications for grid computing environments and tiled display walls. He also has worked with cultural heritage institutions to deploy novel interactive exhibits to engage the public. Jason has over 10 years of collaborative efforts with members of the PRAGMA community and continues to look for opportunities, both within the community and abroad.

Topic:

Developing a Framework for End-user Requirements in a Disaster Scenario

Abstract:

The effective use of multiple types of data is important for the decision making process during the response to unfolding events during a disaster. To facilitate the use of data, it must be simplified and presented in an easy-to-understand manner to disaster response experts. By focusing on the user-interface function-ality and requirements, the corresponding technologies can be developed and implemented. Importantly, the user-interface must be very easy to use especially in quick onset, time-critical disaster situations. This session will explore the neces-sary framework and requirements for end-users in quick onset disaster types (e.g. tsunami, flooding, etc.) It will highlight the importance of the continuity of data and the differences in end-users usage. Also, potential use-case scenarios will be identified and defined through user card stories.

Jason HagaSenior ResearcherInformation Technology and Research Institute, National Institute of Advanced Industrial Science and Technology (AIST), Japan

Biography

José A.B. Fortes is the AT&T Eminent Scholar and Professor of Electrical and Computer Engineering and Computer Science at the University of Florida. From 1984 until 2001 he was on the faculty of the School of Electrical Engineering of Purdue University at West Lafayette, Indiana. From July 1989 through July 1990 he served at the National Science Foundation as director of the Microelectronics Systems Architecture program. From June 1993 till January 1994 he was a Visiting Professor at the Computer Architecture Department of the Universitat Politecnica de Catalunya in Barcelona, Spain. His research interests are in the areas of distrib-uted computing, autonomic computing, computer architecture, parallel process-ing and fault-tolerant computing. He has authored or coauthored over 200 technical papers and has lead the development and deployment of Cloud and Grid-computing software used in several cyberinfrastructures for e-Science and digital government. His research has been funded by the Office of Naval Research, AT&T Foundation, IBM, General Electric, Intel, Northrop-Grumman, Army Research Office, NASA, Semiconductor Research Corporation and the National Science Foundation. José Fortes is a Fellow of the Institute of Electrical and Electronics Engineers (IEEE) professional society and a Fellow of the American Association for the Advancement of Science (AAAS). He was a Distinguished Visitor of the IEEE Computer Society from 1991 till 1995. José Fortes is on the Editorial Boards of the IEEE Transactions on Cloud Computing, the IEEE Transac-tions on Services Computing, the International Journal on Parallel Programming and the Journal of VLSI Signal Processing.

Topic:

Software-defined Datacenters and Environments

José A.B. FortesProfessor and AT&T Eminent ScholarAdvanced Computing and Information Systems Lab,Department of Electrical and Computer Engineering, University of Florida, USA

continued on next page

Abstract:

The extraordinary success of cloud computing and datacenters capable of providing infrastructure as a service is largely due to the savings experienced by consumers who no longer have to manage IT resources and only pay for what they use for the period of time when they use it. However, this value proposition has been evolving to include also the enablement of highly agile computing environments capable of continuous adaptation and customization for the dynamic demands of cloud consumers. In fact, agility and dynamic optimization support are becoming key differentiators of cloud providers and the services and systems they host. To enable these differentiators requires resources – compute, storage and networks – as well as environments – systems middleware and application software – to be software-defined, i.e. programmatically configurable and supportive of cross-layer management. This presentation will introduce the many aspects of software-defined infrastructure and environments and use examples to illustrate software-defined compute, storage, networking, monitor-ing and optimization solutions.

Biography

Hock Beng Lim is the Director of Resesearch and Development of the Intelligent Systems Center at Nanyang Technological University, Singapore. He received his BS in Computer Engineering, MS in Electrical Engineering, and PhD in Electrical and Computer Engineering from the University of Illinois at Urbana-Champaign, and his MS in Management Science and Engineering from Stanford University. His research interests include sensor networks and middleware, cyber-physical systems, wireless and mobile networks, participatory and urban sensing, cloud computing, smart cyberinfrastructure, and data management and analytics.

Topic:

Towards the Next-Generation Smart Nation Operating Platform

Abstract:

The rapid pace of urbanization and growing population is putting more pressure on cities from the environmental, economic, infrastructure and social perspective. There are many Smart Cities related programs around the world that are developing solutions to mitigate these pressures. The Singapore government has recently announced a major initiative to be the world's first Smart Nation. In this talk, we will discuss our vision to develop the next-generation Smart Nation Operating Platform to support various Smart Nation applications and services. We present the research challenges, research issues and our approach for developing the Smart Nation Operating Platform. We also highlight our recent efforts to build a prototype Smart Nation Operating Platform in Singapore.

Hock Beng LimDirector, Research and DevelopmentIntelligent Systems Center, Nanyang Technological University, Singapore

Biography

Mr. Luke Jing-Yuan graduated with a Bachelor Degree in Electrical and Electronics Engineering from Universiti Sains Malaysia in 1995 and had joined MIMOS since then. He is currently one of the project lead in the MIMOS’ Advanced Computing Lab responsible in the R&D area of Distributed File Systems.

Prior to this current project he was involved in research activities in Cloud Computing, HPC and Grid Computing that included the R&D and deployment of HPC and Grid Computing technologies/infrastructure to support the Malaysian Government's initiatives in biotechnology, CAE, animation and so on as well as commercial deployment and support of public Cloud for a large domestic telcom in Malaysia and some public agencies.

He was also involved in other research areas like image processing, SCADA systems, microprocessor training kits design, IP Multicasting and P2P computing.Mr. Luke has published papers both locally and aboard. In addition, he has also filed several patents locally in Malaysia. He was a technical contact for MIMOS involvement in the Pacific Rim Assembly for Grid Middleware and Applications (PRAGMA)prior changing to his current role and job scope.

Topic:

Ceph：a Simple Quick Start

Luke Jing-YuanSenior Staff EngineerAdvanced Computing Lab,MIMOS Berhad, Malaysia

Peter ArzbergerChairPacific Rim Application and Grid Middleware Assembly (PRAGMA)

Biography

Peter Arzberger is the founding Chair of the Pacific Rim Application and Grid Middleware Assembly (PRAGMA), an NSF-funded activity, established in 2002, to enable small-to-medium size international groups’ ability to make rapid progress in conducting collaborative research and education. PRAGMA creates multidisci-plinary scientific expeditions, works with these expeditions to develop and deploy cyberinfrastructure, provides opportunities for students to collaborate in developing the infrastructure, and engages strategic partners to address key scientific or technical problems. PRAGMA has helped launch undergraduate research exchanges (PRIME: Pacific Rim Experiences for Undergraduates and MURPA: Monash University Research Programs Abroad) as well as global communities of researchers focused on understand lakes dynamics (GLEON: Global Lake Ecological Observatory Network) and on coral reefs ecology (CREON) through deployment and use of sensor networks. In addition, he, until May 2013, he was the Director of the National Biomedical Computation Resource (NBCR), focusing on advanced computational technology to better enable biomedical research. His research has received wide-ranging support from NSH, NIH, and the Gordon and Betty Moore Foundation, and is interested in promoting models of international collaboration for research and students.

Starting in July 2013, he has served in the Office of the Director of the US National Science Foundation, as Senior Science Advisor. From May 2009 to June 2011, he served in several positions at the US National Science Foundation: as a Senior Advisor in the Computer and Information Science and Engineering Directorate (CISE) at the National Science Foundation (NSF), after having served as Acting Assistant Director of CISE from September 2010 until March 2011. He has also served as the Division Director of the Division of Biological Infrastructure for the Biological Sciences Directorate. From 1988 to 1995 he served as program officer, first in Statistics and Probability in the Division of Mathematical Science, and later as program officer for Computational Biology Activities and Databases Activities in the Biological Sciences in the Division of Biological Infrastructure. From 1993 until 1995 he served as Deputy High Performance Computing and Communica-tions Coordinator for NSF.

His home institution is the University of California San Diego. He has also served as Chair of the National Advisory Board of the US Long Term Ecological Research (LTER) network and as the Executive Director of the San Diego Supercomputer Center. In addition, he has served as a member of the NSF Advisory Committee for International Science and Engineering (2012 - 2013).


Topic:

Comet - High Performance Vrtual Clusters to Support the Long-tail of Science

Abstract:

The San Diego Supercomputer Center will be deploying a new large-scale system called Comet with a production date in early 2015. While the system will run traditional HPC workloads, it will support user-owned and defined high-perfor-mance virtual clusters. This enables groups to build out highly-customized software environments that cater specifically to their needs. This talk will present the overall physical design of Comet, highlighting many of the design choices and tradeoffs in the systems, highlighting both the Ethernet and Infiniband interoperability. In addition, we'll discuss some of the unique system manage-ment and security challenges that are being addressed to handle the blend of traditional HPC users where SDSC handles the complete software environment and users who are operating within their own customized virtual cluster. Finally, we'll highlight our in-development approach to handling persistent disk images for a large number of virtual cluster nodes without building an expensive, central-ized storage system.

Biography

Dr. Papadopoulos received his PhD in 1993 from UC Santa Barbara in Electrical Engineering. He spent 5 years at Oak Ridge National Laboratory as part of the Parallel Virtual Machine (PVM) development team. He came to UCSD as research professor in computer science in 1998 and still holds and adjunct appointment. He is currently the Chief Technology Officer at the San Diego Supercomputer Center (SDSC). He is the architect of the NSF-funded Comet Cluster which will support high-performance virtual clusters.

In addition to duties at SDSC, his research interests revolve around distributed, clustered, and cloud-based systems and how they can be used more effectively in an expanding bandwidth-rich environment. Dr. Papadopoulos is a key investi-gator for key research projects at UCSD including the The National Biomedical Computation Resource (NBCR) and the Pacific Rim Applications and Grid Middle-ware Assembly (PRAGMA). He is well known for leading the development of the open-source, NSF-funded Rocks Cluster toolkit (OCI-0721623), which has installed base of 1000s of clusters. Rocks (www.rocksclusters.org) is used for both research and production systems with scalability to 1000s of nodes. His work in Rocks focuses on developing practical, scalable, and robust virtual machine authoring and implementation of hybrid clusters that consist of both real and virtual hardware. More recently, we have demonstrated seamlessly extending the number of nodes in a local cluster with additional virtualized resources housed on campus clouds and/or in Amazon EC2.

Topic:

Building a Community of Practice: Examples, Benefits, Barriers, and Lessons Learned

Philip PapadopoulosProfessorComputer Science department,University of California San Diego, USA


Abstract:

Research (knowledge generation) is inherently of interest throughout the world. Scientific expertise is increasingly spatially distributed, spreading the creation of knowledge to many parts of the globe. With increased availability of communica-tion technology, the ability to collaborate with others in the world has increased.

In this talk, we will give several examples of communities that have developed in the last decade. We will discuss the benefits gained by the community, barriers to future progress, and lessons learned.

One specific example discussed will be the Pacific Rim Application and Grid Middleware Assembly, PRAGMA, which was initiated in 2002, and consists of member institutions around the Pacific Rim. PRAGMA’s interacting components will be discussed to exemplify key points in community collaboration.

Biography

• Ph.D. in Computer Science, University of Canterbury, NZ• 2002 ~Present: National Institute of Supercomputing and Networking, KISTI (Head, Principal Researcher)• 2005~Present: University of Science & Technology of Korea (Adjunct Faculty)• 1998 ~ 2002: University of Canterbury, NZ (Researcher)• 1992~1993: Korea Electronics and Telecommunications Research Institute (Researcher)• Research Interests: Parallel Computing, Distributed simulation, Simulation based cyber learning, Grid Computing

Topic:

Simulation based Cyber-Learning System and Its User Services

Abstract:

Nowadays, along with the experiment and theory based researches, many scientists use computer simulation to prove their researches. The importance and popularity of computer simulation methodology is getting greater. From the early 2000's, many researchers have been building the cyber-infrastructure for e-Science and data-intensive researches. As you know, the major means of e-Science and data-intensive researches is based on computer simulation. Simulation based cyber-learning system can be defined as a quite innovative way of getting the knowledge, especially in advanced science and engineering areas. We are always connected with networks and can provide a learners' paradise through simulation based cyber-learning system that can be accessed anywhere and anytime. In this talk, we introduce a simulation based cyber-learning system, its current development status and user services in three computational science and engineering areas such as Computational Fluid Dynamic, Nano Physics and Computational Chemistry.

JS Ruth LeeHead / Principal Researcher Dept. of Advanced Application Environment Development,National Institute of Supercomputing and Networking,Korea Institute of Science and Technology Information (KISTI), Korea

Biography

Mr. Chiu has more than 20 years-experience in IT industry across different regions. He has extensive experience in building large scale Data Warehouse projects and selling products and services to enterprise markets. He also has extensive technical experience in architecture, design, development, integration, and project management of data warehouse system.

He joined SAS Institute in 2014 as Senior Business Solutions Manager to promote Data Management business for North Asia. Prior to that, Mr. Chiu was senior pre-sales manager in Informatics, a leading Data Management company, in charge of pre-sale support of Data Management solution for Greater China region. He was also a practice manager at Sybase. During the period, he completed several large scale data warehouse projects for a bank, a securities firm and health care bureau which made him “Practice Manager of the year” in 2002 and grew revenue by 300%.

Mr. Chiu holds a Master degree in computer science from Indiana University, Bloomington and a bachelor degree from National Taiwan University in Taiwan.

Topic:

Analytic 3.0 with Big Data Management, the era of Impact

Wentsau Chiu 邱文超Senior Business Solutions ManagerNorth Asia, SAS Institute

Alex Yang 楊智文Senior Consultant, TaiwanNorth Asia, SAS Institute

Biography

Prof. Susumu Date, Ph.D. He has been an Associate Professor of the Cybermedia Center at Osaka University since 2008. He received his B.E., M.E., and Ph.D. from Osaka University in 1997, 2000, and 2002, respectively. He was Assistant Professor of the Graduate School of Information Science and Technology at Osaka Univer-sity from 2002 to 2005. He also had worked as a visiting scholar in University of California, San Diego in 2005. From 2005 to 2008 he had worked on the interna-tionalization of education in the Graduate School of Information Science and Technology at Osaka University as a Specially-Appointed Associate Professor. His research interest in grid, cloud, parallel and distributed computing

Topic:

Quest for Software Defined Infrastructure for New-Generation Computing and Visualization

Abstract:

Software Defined Networking (SDN), a newly emerged concept of networking architecture, has gathered attention and concern from scientists and engineers. The speaker’s research team has been pursuing a Software Defined Infrastructure for high-performance computing and visualization, as a core function of dynamic programmability brought by SDN. The speaker will give a talk on what the speak-er’s research team has envisaged and then what they have realized until today through the quest for it.

Susumu DateAssociate Professor.Cybermedia Center, Osaka University, Japan

Biography

Tim Kratz is a Distinguished Scientist at the Center for Limnology at the University of Wisconsin-Madison and Director of the Center’s Trout Lake Station in northern Wisconsin. He is an ecosystem ecologist with interests in the long-term landscape ecology of lakes, land-water interactions, and lake biogeochemistry. Tim received his Ph.D in Botany from UW-Madison in 1981. Along with Fang-Pang Lin, Peter Arzberger and others, Tim co-founded the Global Lake Ecological Observatory Network in 2004. From 2010-2012, he served as tempo-rary program officer at the Ecosystem Studies program at the U.S. National Science Foundation. He is co-Principal Investigator on the North Temperate Lakes Long-Term Ecological Research program.

Topic:

The past, present, and future of the Global Lake Ecological Observatory Network

Abstract:

The Global Lake Ecological Observatory Network (GLEON) conducts innovative science by sharing and interpreting high-resolution sensor data to understand predict and communicate the role and response of lakes in a changing global environment. GLEON has more than 400 members representing 48 countries and its members collect sensor data from about 100 lakes worldwide. Using these data, GLEON scientists have made a number of important discoveries including how disturbances such as hurricanes and typhoons affect lake ecosystems, how and why small and large lakes differ fundamentally in greenhouse gas emissions, and the surprising degree of day to day variability in key lake processes such as respiration. In this presentation I will discuss these findings as well as the history, rationale, current status, and future goals of GLEON.

Tim KratzDirector and Distinguished ScientistTrout Lake Station, Center for Limnology, University of Wisconsin-Madison, USA

Biography

Since 2004, Uwe Wössner is heading the visualization department at HLRS. He received the Diploma degree in Mechanical Engineering from the University of Stuttgart in 1999. Since 1996 he is working in the Collaborative Research Center "Rapid Prototyping" established at the University of Stuttgart in the field of VR based virtual and augmented prototyping. His current research interests include collaborative virtual environments for scientific visualization, Augmented Reality, 3D user interfaces and interaction techniques for computational steering.

Topic:

CSI @ HLRSHow laser scanning, virtual reconstructions and interactive simulations can help criminal investigations

Abstract:

We will present an update on current research projects at the HLRS in the field of interactive simulations, immersive virtual reality and augmented reality. A special focus will be on the documentation and virtual reconstruction of accidents and crime scenes using 3D laser scanners and surface reconstruction in virtual environments. The virtual crime scenes can be augmented by bullet paths and interactive BPA in order to assist criminal investigators with the reconstruction of the activities that took place.

Uwe WössnerDr.-Ing. Uwe WössnerVisualization/ HLRS, University of Stuttgart, Germany

Biography

Guo-Tzau Wang is an assistant researcher at National Center for High-Perfor-mance Computing. He received his B.S. degree in Mathematics and M.S. in Statistics from the National Central University. His primary area of expertise is cloud computing and Linux system administration.

Topic:

How to use R

Abstract:

We will present an update on current research projects at the HLRS in the field of interactive simulations, immersive virtual reality and augmented reality. A special focus will be on the documentation and virtual reconstruction of accidents and crime scenes using 3D laser scanners and surface reconstruction in virtual environments. The virtual crime scenes can be augmented by bullet paths and interactive BPA in order to assist criminal investigators with the reconstruction of the activities that took place.

Guo-Tzau Wang 王國肇Assistant ResearcherNational Center for High-Performance Computing, National Applied Research Laboratories, Taiwan

Biography

Shengwen Wang received a Ph.D. in the Department of Computer Science at the University of Minnesota in 2011. He is currently an assistant researcher at the National Center for High Performance Computing in Taiwan. His recent research interests focus on the high-performance computing and distributed computation system.

Topic:

Real-time streaming computing for undersea surveillance data on top of Storm

Abstract:

In cooperation with Taiwan Power Company and National Museum of Marine Biology Aquarium, a real-time undersea video streaming system, located at Nanwan Nuclear Power Plant, has been developed by National Center for High-Performance Computing (NCHC) for long-term surveillance on marine biology. Large-scale streaming data including videos and marine environment records are quite valuable to marine researches. How to efficiently process and analyze the streaming data is an interesting problem. To solve the problem, we have proposed a real-time data processing model on top of storm for the marine streaming data. In this talk, we will focus on the system architecture of analysis processing on marine environment records along with system performance evaluation.

Shengwen Wang 王聖文Assistant ResearcherNational Center for High-Performance Computing

Biography

Hsing-Yen Ann received the B.S. and M.S. degrees in applied mathematics and Ph.D. degree in computer science and engineering from National Sun Yat-sen University, Kaohsiung, Taiwan, in 1996, 1998 and 2010, respectively. He is current-ly an Associate Researcher in National Center for High-Performance Computing, National Applied Research Laboratories, Tainan, Taiwan, R.O.C. His current research interests include Information Security and Big Data Analytics.

Topic:

Big Data Analytics for Honeynet Logs

Abstract:

With the evolution of the times, malwares have changed from breaking the users’ systems to stealing the users’ personal privacy and their money in banks. To resist the hackers’ threats, our Honeynet Project builds 6000+ honeypots in TANET (Taiwan Academic Network) to collect the attack events and malwares. However, it is not easy to analyze the Honeynet Big Data by using the traditional relational databases. In this talk, we will show how to analyze the Big Data using the appro-priate technologies.

Hsing-Yen Ann 安興彥Associate ResearcherNational Center for High-Performance Computing, National Applied Research Laboratories, Taiwan

Biography

Lin is a research scientist at Taiwan Forestry Research Institute (TFRI). His research and professional interests include fire ecology, and ecoinformatics. He has over 15 years’ experience on fire ecology. In 2004, he was invited by Dr. Hen-Biau King, the former chair of ILTER, to work on ecological information management. He set up a working group which is organized by scientists of TFRI. The group has served as information management developing team of Taiwan Ecological Research Network (TERN) and EAP-ILTER. Meanwhile, Lin is also invited to join Taiwan Biodiversity Information Facility (TaiBIF). He works on integrating of biodiversity and ecological data through ontology. Lin collaborates closely with US LTER and ILTER information managers to develop the application of ecological data. Currently, he is working on developing a multi-language information manage-ment system for EAP-ILTER, promoting the use of open source tools and sharing biodiversity and ecological data in the region.

Topic:

Beyond Taxonomy-fostering the Integration of Biodiversity and Ecological Data in Taiwan

Abstract:

Biodiversity and Ecology are disciplines that emphasize the integrative, collabora-tive approach. The fields have rapidly matured over the past century by individu-als and groups to include large-scale, long-term, multidisciplinary projects that generate diverse datasets using sophisticated analytical approaches. As biodiver-sity and ecological research become increasingly multidisciplinary way, it means that the research is data-intensive, and multifaceted approach. Therefore, the need of integrating data is manifest since no individual scientist, or even small group of scientists, can collect all the data that are needed to address the major research questions. Integrating data that support publications facilities the scientific ideas of replication, building on previous work and syntheses is an obvious benefit. This talk reports the work has been developed in Taiwan.

Chau Chin Lin 林朝欽Senior ResearcherTaiwan Forestry Research Institute

Biography

He received the Ph.D. degree in the department of Computer Science and Information Engineering at National Dong Hwa University in 2010. He is currently an assistant researcher at the National Center for High-Performance Computing in Taiwan. His research interests focus on distributed computing and high-perfor-mance computing technologies.

Topic:

Real-time streaming computing for undersea surveillance data on top of Storm

Abstract:

In cooperation with Taiwan Power Company and National Museum of Marine Biology Aquarium, a real-time undersea video streaming system, located at Nanwan Nuclear Power Plant, has been developed by National Center for High-Performance Computing (NCHC) for long-term surveillance on marine biology. Large-scale streaming data including videos and marine environment records are quite valuable to marine researches. How to efficiently process and analyze the streaming data is an interesting problem. To solve the problem, we have proposed a real-time data processing model on top of storm for the marine streaming data. In this talk, we will focus on the system architecture of analysis processing on marine environment records along with system performance evaluation.

Jih-Sheng Chang 張日昇Assistant ResearcherNational Center for High-Performance Computing,National Applied Research Laboratories, Taiwan

Biography

Mei-Ling Hsu is the Director of the IT Department of Ditmanson Medical Founda-tion Chia-Yi Christian Hospital. She ran a very successful Electronic Medical Record project in the hospital, and won the prize from the government as the best EMR practice hospital in Taiwan. For many years her hospital has served as a learning site of Electronic Health Record and share their experience with many hospitals in Taiwan and Mainland China. In addition to Medical Informatics, Mei-Ling Hsu also has experience in Visualization and Virtual Reality before she joined the hospital.

Topic:

e-Health in a Smart Hospital

Abstract:

Most hospitals in Taiwan have implemented electronic medical record system and move forward to paperless. There are a lot of data generated from the healthcare practice. How a hospital can utilize the collected data to improve the healthcare and become more intelligence? This presentation will show you a real world practice of the eHealth in a Smart Hospital in southern Taiwan, including the data exchange between different hospitals and institutes.

Mei-Ling Hsu 許美玲DirectorIT Department/ Ditmanson Medical Foundation,Chia-Yi Christian Hospital, Taiwan


Biography

After receiving his Ph.D. in Mathematics (program in statistics) from the Universi-ty of California, Los Angeles (UCLA) in 1992, Chun-Houh Chen started his profes-sional career as an assistant professor at The George Washington University (Department of Statistics/Computer and Information Systems), USA. In 1993, Dr. Chen went back to Taiwan to continue his research career at the Institute of Statistical Science, Academia Sinica. Development of data visualization method-ologies with dimension reduction techniques such as SIR (sliced inverse regres-sion), and pHd (principal Hessian direction) were the main focus of Dr. Chen's early research works. Through years of collaboration and application works with psychiatrists and biomedical experts Dr. Chen shifted his research interests to dimension free matrix visualization and information mining. Dr. Chen's group is now working on methodologies and applications of matrix visualization techniques for visualizing different types of large data sets from various biomedi-cal studies and social surveys.

Dr. Chen is now Research Fellow and Deputy Director, Institute of Statistical Science, Academia Sinica, Taiwan. He also serves positions at the following academic organizations and scientific journals: Chairperson of The Asian Regional Section (ARS) of The International Association for Statistical Computing (IASC): 2013~2015; President of the Chinese Institute of Probability and Statistics (CIPS, Taiwan): 2013~2016; Associate Editor for (Computational Statistics and Data Analysis, Computational Statistics, BMC Research Notes, Journal of the Japan Statistical Society, Taiwanese Journal of Psychiatry).

Topic:

Matrix Visualization：New Generation of Exploratory Data Analysis

Chun-Houh Chen 陳君厚Research Fellow and Deputy DirectorInstitute of Statistical Science, Academia Sinica, Taiwan

Abstract:

“It is important to understand what you CAN DO before you learn to measure how WELL you seem to have DONE it” (Exploratory Data Analysis: John Tukey, 1977). Data analysts and statistics practitioners nowadays are facing difficulties in understanding higher and higher dimensional data with more and more complex nature while conventional graphics/visualization tools do not answer the needs. It is statisticians’ responsibility for coming up with graphics/visualization environ-ment that can help users really understand what one CAN DO for complex data generated from modern techniques and sophisticated experiments.

Matrix visualization (MV) for continuous, binary, ordinal, and nominal data with various types of extensions provide users more comprehensive information embedded in complex high dimensional data than conventional EDA tools such as boxplot, scatterplot, with dimension reduction techniques such as principal component analysis and multiple correspondence analysis.

In this talk I’ll summarize our works on creating MV environment for conducting statistical analyses and introducing statistical concepts into MV environment for visualizing more versatile and complex data structure. Many real world examples will be demonstrated in this talk for illustrating the strength of MV for visualizing all types of datasets collected from scientific experiments and social surveys. Two issues on MV for BIG data, computation of proximity matrix with display of data and proximity matrices, will also be discussed.

Biography

EDUCATION & EXPERIENCE‧ Ph.D. in Epidemiology, National Taiwan University, Taiwan, 2012‧ Research Assistant, Division of Biostatistics and Bioinformatics, National Health Research Institutes, Taiwan, 2001/1 ~ 2006/8.‧ M.S. in Statistics, National Chiao Tung University, Taiwan, 2001‧ B.S. in Applied Mathematics, National Chiao Tung University, Taiwan, 1999

FIELDS OF INTEREST‧ Statistics and its Application.

PUBLICATIONS‧ Lin YT, Huang YH, Hsiao YH, Cheng YJ, Chang JS, Wang SW, Lin FP, Wang CM (2014), ‘An Implementation of the Efficient Huge Amount of Pseudo-random Unique Numbers Generator and the Acceleration Analysis of Parallelization,’ The 2014 International Conference on Data Science and Advanced Analytics (DSAA 2014), Shanghai, China.‧ Wang SH, Chen WJ, Tsai YC, Huang YH, Hwu HG, Hsiao CK (2013), ‘A stochastic inference of de novo CNV detection and association test in multiplex schizophre-nia families,’ frontiers in Genetics, 4, 1-9.‧ Huang YH, Hsiao CK (2012) ‘A marker-set approach using Bayesian regression model with regularization for family association studies,’ International Society for Bayesian Analytics 2012 (ISBA 2012), Kyoto, Japan.‧ Huang YH, Lee MH, Chen WJ, Hsiao CK (2011) ‘Using an Uncertainty-Coding Matrix in Bayesian Regression Models for Haplotype-Specific Risk Detection in Family Association Studies,’ PLoS ONE, 6(7), e21890.

Topic:

Introduction to (Big) Data Analysis with R

Abstract:

In the last years, the statistics language R has exploded in popularity and functionality, emerging as the data scientist’s tool of choice. There have more than 2 million R-users around the world. This tutorial will take you from learning the fundamentals of R to explore various types of data. It is including data prepa-ration, data visualizations, statistical analytics, and some available packages on big data exploration.

Yung-Hsiang Huang 黃詠詳Assistant ResearcherNational Center for High-performance ComputingNational Applied Research Laboratories, Taiwan

Biography

For the last five years, he has initialed a SAR space mission development effort with the academics in Taiwan and built up a SAR development team in NSPO with the participation of the NCSIST SAR team. Now, he is the chief system engineer for a SAR payload development program to be kicked off from 2015. Before that, Dr. Yaung was the ROCSAT-1 chief payload engineer, a ROCSAT-2 mission planner, a communication satellite mission planner, etc., in NSPO of Taiwan. Before joining NSPO, Dr. Yaung was a staff engineer at TRW, Redondo Beach, California (now merged in Northrop Grumman) of USA for 13 years, engaged in satellites engineering, missiles GNC circuit analysis and active decoy develop-ment, etc.

Topic:

Low Cost SAR Space System Definition with Focused Applications

Abstract:

Low cost SAR commercial data availability problem was addressed in the SEAIP2013. Since the existing data provisions have mainly come from the space missions with wide applications range (covering many military and civil ones), it has driven the cost of their space systems to very high in addition to their high cost of manpower for the space systems development. In Taiwan, we have maintained a low cost system development policy ever since the inception of the mission development. This speech will address our low cost space SAR system approach and how to verify the defined system in the coming 2015-2018 years with the actual hardware and software. With focused applications (i.e., concen-trating on the services for the Taiwan users first), the system can use low cost payload technologies such as deployable lightweight reflector antenna, GaN SSPA HPA, Tunable bandwidth signal generator, etc. Also, the NSPO low cost microsatellite bus technologies (GNC, etc.) will be evaluated for use in the envisioned SAR small satellite bus.

James Yu-Chen Yaung 楊育群Senior Researcher and Chief System Engineer for SAR Mission and Payload Development ProgramNational Space Organization of NARL, Taiwan

Biography

Mi-Yen Yeh is currently Associate Research Fellow of Institute of Information Science (and Research Center for IT Innovation under joint appointment) at Academia Sinica, Taiwan. She received her B.S. and Ph.D. degrees in Electrical Engineering from National Taiwan University, Taiwan, in 2002 and 2009, respec-tively. Her main research area is on data mining and databases, with a specific focus on mining ordered data, social network analysis, and data management on non-volatile memory. She received the best paper award (in system software and security) of the 28th annual ACM Symposium on Applied Computing (SAC 2013), Distinguished Postdoctoral Fellowship in Academia Sinica, and Research Explora-tion Award in Pan Wen Yuan Foundation.

Topic:

Communication-efficient similarity search on data in a machine-to-machine environment

Abstract:

A machine-to-machine (M2M) environment refers to a network of devices capturing various readings. When performing any computing tasks in an M2M environment, transmission cost including the energy and bandwidth consump-tion is always one of the most important concerns. This talk will describe our work to do ad hoc similarity search on time series and other types of data in an M2M environment when available bandwidth is limited. We propose a unified frame-work to handle both k-nearest and k-furthest neighbor (kNN and kFN) queries in a distributed environment, while significantly reducing the bandwidth consump-tion without causing any false dismissals. More important, we can handle not only the kNN and kFN to one reference time series but also to a reference set compris-ing multiple ones. Analytical and empirical studies showing the significant bandwidth saving of our proposed method will also be described in the talk.

Mi-Yen Yeh 葉彌妍Associate Research FellowInstitute of Information Science, Academia Sinica, Taiwan

Biography

Te-Lung Liu received the B.S. and Ph.D. degrees in computer science from the National Tsing Hua University, Hsinchu, Taiwan, R.O.C., in 1995 and 2002, respecively. He is currently a Research Fellow in National Center for High-Perfor-mance Computing, National Applied Research Laboratories, Tainan, Taiwan, R.O.C. He is also a Team Member of the Taiwan Advanced Research and Educa-tion Network (TWAREN) and now working on OpenFlow Testbed in Taiwan. His current research interests include Software-Defined Networking, Future Internet, optical networks, and network design.

Topic:

Multi-Domain SDN Management and Software Defined eXchange(SDX)

Abstract:

Software-defined networks (SDN) changes the network operations by helping users develop their own strategies freely without the limited functions on physical machines provided by specific venders. It is very important to manage and maintain an OpenFlow network since many organizations apply OpenFlow in their data centers. However, OpenFlow does not support Inter-domain scenarios currently. In this talk, Inter-Domain SDN connectivity is investigated and imple-mented with friendly GUI. In the future, we would like to connect several SDN domains with Software Defined eXchange (SDX) concept.

Te-Lun Liu 劉德隆Associate Research FellowInstitute of Information Science, Academia Sinica, Taiwan


Biography

Dr. Tsai is currently an associate professor at the Department of Biological Science and Technology in China Medical University (Taiwan). His professional specialty and research interest center on aquatic ecology and toxicology by using field / laboratory-derived data analysis and mechanistic modeling. There are three areas included in his researches: watershed-lake carbon cycling and lake metabolism, climate change ecology, aquatic toxicology from subcellular to ecosystem levels. He has published approximately 30 articles in high impact journals, for example, Canadian Journal of Fisheries and Aquatic Sciences, Ecotox-icology, Environment International and Freshwater Biology etc. These researches have been very useful in assessing the ecological risk of natural and anthropo-genic disturbances on the aquatic ecosystems over different temporal and spatial scales. Dr. Tsai is shortlisted as a candidate for the Canada Research Chair (Tier II in Aquatic Ecotoxicology/Fish Behaviour) in 2014.

Topic:

Temporal and Spatial Variation of Metal Biomagnification: Effect of Ecosystem Metabolism Across the Globe

Jeng-Wei Tsai 蔡正偉Associate ProfessorDepartment of Biological Science and Technology,China Medical University, Taiwan

Abstract:

Metal (e.g. mercury, arsenic and cadmium) pollutions in aquatic ecosystems remain a global concern and are of interest to aquatic ecotoxicologist, because metals can biomagnify along the food chain to harmful levels in fish, their preda-tors or consumers.

Understanding whole ecosystem metabolism (EM) in the natural environment is critical for management, because gross primary production (GPP) and ecosystem respiration (R) are the major metabolic pathways of carbon and provide a measure of the overall biological activity of an ecosystem. Scientists recently suggest that the EM could serve as a sentinel to monitor the effects of environ-mental change on regional aquatic ecosystem function and structure. Because EM of freshwater provides a fundamental index of cross-ecosystem connectivity that responds to natural and human disturbances (e.g., deforestation and chemi-cal disposition). We hypothesize that the addition of easily degradable organic materials during the periods of higher GPP might consequently facilitate microbi-al activity, maximize the mineralization of recalcitrant organic matters (i.e., priming effect) and thus stimulate the metal biomagnification. Therefore, the euntrophication resulted from climate change or land cover changes might enhance the metal biomagnifications in lakes located in high latitude area, surrounded by natural forests, characterized by high allochthony/water color or in seasons with low productivity.

Samplings and investigations will be conducted by comparing the factors or process that control metal biomagnifications across lakes at local, regional and global scale. Long-term periodically observations of lake metabolism, metal biomagnifiation will be regularly monitored in fish, zooplankton, algae and other aquatic species in lakes or ponds with contrasting trophic status and watershed coverage across continents by global lake ecosystem observatory society and cyberinfrastructure. In addition to the scientific findings, results are also expected to contribute to the knowledge of ecosystem conservation, management, remediation, environmental legislations and aquacultural practices.

Keywords: biomagnification, ecosystem metabolism, lake/pond, metal, priming effect

participants

2014 SEAIP participants

AMD

CHAN, Ming Man

University of MalaysiaLIEW, Chee-Sun

MIMOSLUKE, Jingyuan

MIMOSNG, Kwang-Ming

Universitas IndonesiaMuhammad Hafizhuddin Hilman

Universitas IndonesiaHeru Suhartanmto

Bogor Agriculture InstituteKudang Boro Seminar

Yarsi UniversityUmmi Azizah Rachmawati

Universitas IndonesiaArry Yanuar Syahriar

Malaysia

Indonesia

Bogor Agriculture InstituteYeni Herdiyeni

National Electronics and Computer Technology Center

Chalermpol Saiprasert

National Electronics and Computer Technology Center Kanokvate Tungpimolrut

National Electronics and Computer Technology Center Piyawut Srichaikul

National Electronics and Computer Technology Center Udom Lewlomphaisarl

Advanced Science and Technology InstituteJohn Robert Mendoza

Advanced Science and Technology InstituteJelina Tanya Tetangco

Advanced Science and Technology InstituteJessi Christa Rubio

Advanced Science and Technology InstituteJoven Javier

Nationwide Operational Assessment of Hazards Briones, Jo Brianne Louise

THAILAND

Philippines


Institute for Computational Science and Technology

LE, Thi Ly

Can Tho UniversityNGUYEN, Hieu Trung

Vietnam National University of Ho Chi Minh cityNGUYEN, Hong Quan

Can Tho UniversityNGUYEN, Xuan Hoang

Yarsi UniversityUmmi Azizah Rachmawati

Vietnam

Can Tho UniversityVăn Phạm Đăng Trí


Institute of Technology CambodiaKHIEV, Samnang

Ministry of Posts and Telecommunications Lao PDRSomnuck Phothirath

Ministry of Science and Technology, LaosSouliya Sengdalavong

Lao Young Information & Communication TechnologyOudasack Lasoukanh

Laos


Osaka University

Khureltulga Dashdavaa

Osaka UniversityMorsalin Uz Zoha

Osaka UniversityYoshiyuki Kido

Korea Institute of Science and Technology InformationJeongHyeon Seo

JAPAN

Korea

LOCALORGANIZATION

Director General, NCHC

Ce-Kuen Shieh

Deputy Director General, NCHCLi-Der Chou

Division Manager of Cloud Technology and System Integration, NCHCFang-Pang Lin

Conference SecretaryYu-Chun Chang

Event ManagerShu-Shin(Tail) Liu

IT SupportFeng-Lin Chen

Graphics and Website DesignerSu-Fang Chen

Executive AssistantShiau-Pei Tsai

IT SupportCheng-Chuan Chu

English EditorChin-Wen Yu

National Center for High-performance Computing

pragram

With the passion for a cappella, students graduated from National Pingtung Senior High School are assembled by their instructor, Chin-Lan Huang, to establish the group, The Pure.

They were once the members of the chorus in school, and still dedicate themselves to limitless possibilities of the vocal sound. These college students regularly come back to their hometown for practicing and experimenting with choral music, blues, and pop.

The Pure 純粹人聲樂團為專業歌手與B-Box 手結合的純男子樂團，演唱Pop 流行、Rock 至Jazz 風格，曲目寬廣有抒情金曲、外文搖滾至台灣本土民謠，不拿任何樂器結合歌唱及B-Box 口技，純粹以人聲來演唱的樂團。由音樂家黃錦蘭老師集結南台灣優秀歌手及屏中合唱團校友成立

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擊、最佳主唱及團體金牌三大獎項，代表台灣參加《香港2013國際重唱大賽》社會公開組與日本Zoo seum並列金牌獎。

首發單曲「純粹EP」，繼續秉持追求最純粹美感的精神，揉合青年的活力與創意！

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The Pure純粹人聲樂團 Vocal Band

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