graduation projects 2008/2009 -...
TRANSCRIPT
Graduation Projects 2008/2009
Faculty of Engineering - Cairo UniversityDepartment of Electronics and Electrical
Communications Engineering
Graduation Projects 2008/2009
Faculty of Engineering - Cairo UniversityDepartment of Electronics and Electrical
Communications Engineering
List of ProjectsMain Advisor Project Title Page
أ.د. أمين محمد نصار Base Transceiver Station (BTS) using Code Division Multiple Access (CDMA) 1
أ.د. أمين محمد نصار Mobile Jammer 900‐1800 MHZ 2
أ.د. أمين محمد نصار Design of Hardware and Software of Smart Home 3
أ.د. خالد محمد فؤاد السيد VoWIFI Handset 4
أ.د. سراج الدين حبيب Configurable Blocks for a WIMAX/LTE Software‐Defined Radio 5
أ.د. سراج الدين حبيب SDR OVER CUSPARC 6
أ.د. سراج الدين حبيب Portable Object Tracking System (CUPOTS) 7
أ.د. سراج الدين حبيب Configurable Synchronization and FFT blocks for a WiMAX‐LTE Software Defined Radio 8
أ.د. سراج الدين حبيب Imaging Processing System for an UAV 9
أ.د. عادل النادي Cellular Repeater for Weak Mobile Coverage Zones 10
أ.د. عادل النادي Free Space Laser Communication and Rangefinding 11
أ.د. عادل النادي RF Intensity Level Meter (Mobile Freq. Meter) 12
أ.د. مجدي فكري رجائي Design and Implementation of QPSK Modem Based on FPGA 13
أ.د. مجدي فكري رجائي Software Defined Radio (SDR) 14
أ.د. مجدي فكري رجائي Implementation of E1 Digital Transmitter/Receiver 15
أ.د. مجدي فكري رجائي Building an SCA Compliant So ware Defined Radio 16
أ.د. محمد سامح سعيد Animotronics (Animated Robotics) 17
أ.د. محمد سامح سعيد Motion Capture Animation 18
أ.د. محمد سامح سعيد Emitter and Driving Circuit for a Magnetic Field‐based Motion Capture System 19
أ.د. محمود طاهر الحديدي Access Control in Wireless Sensor Networks 20
أ.د. محمود طاهر الحديدي Security in Wireless Sensor Networks 21
أ.د. محمود طاهر الحديدي Security in Wireless Sensor Networks 22
أ.د. محمود طاهر الحديدي Location Identification in Wireless Sensor Networks 23
أ.د. مني رياض الغنيمي Neural Network Handoff Algorithm in a Joint Terrestrial‐HAPS Cellular System 24
أ.د. مني رياض الغنيمي Sign Language Translator 25
أ.د. مني رياض الغنيمي Methods of Assigning and Borrowing Channels in a Cellular Communication System Using Genetic 26
أ.د. نعمت سيد عبدالقادر Mobile‐based Visual Localization Aid for the Blind 27
أ.د. نعمت سيد عبدالقادر Vector Quantization Based Text‐Independent Speaker Identification Using Small Training Data and 28
أ.د. نعمت سيد عبدالقادر Security System Based on Face Recognition 29
أ.د. نعمت سيد عبدالقادر Image Compression Applied to Face Recognition 30
Main Advisor Project Title Page
أ.د. نعمت سيد عبدالقادر Speaker Recognition System Applied to Telephone Channel 31
أ.د. هبة اهللا مصطفى مراد LTE Physical Layer Simulation 32
أ.د. هبة اهللا مصطفى مراد Implementation and Simulation of Turbo‐Code in LTE 33
أ.د. هبة اهللا مصطفى مراد Implementation of Mobile WiMAX Physical Simulator with MIMO Antenna System 34
أ.د. هبة اهللا مصطفى مراد UMTS Planning and Optimization Tool 35
د. احمد حسين WiFi Based Robot 36
د. احمد حسين Software Defined Radio 37
د. أحمد العدوي عميرة TV Modulator 38
د. أحمد العدوي عميرة 5th Order Channel Select LPF for IEEE 802.11b/g Standards 39
د. أحمد شلش IEEE 802.15.4 (ZigBee) Physical layer Simulation and Implementation on ADI DSP Kit (Blackfin) 40
د. أحمد شلش Simulation and Implementation of ZIGBEE 802.15.4‐2006 over ADI KIT 41
د. إبراهيم قمر Mobile Navigation System 42
د. إسالم عبدالستار عشرة RFID System 43
د. إسالم عبدالستار عشرة Smart Antenna – Beamforming Techniques 44
د. إسالم عبدالستار عشرة Adaptive Antenna for Wi‐Fi System Enhancement 45
د. إسالم عبدالستار عشرة Direction of Arrival Estimation for Smart Antenna Systems Using MATLAB 46
د. إسالم عبدالستار عشرة The RF power meter 47
د. إسالم عبدالستار عشرة Low‐Power FM Receiver 48
د. تامر مصطفى أبوالفضل Demonstration of the RF Pulse Compression Technique 49
د. حسام علي فهمى Linux Cluster 50
د. حسام علي فهمى Wimax Channel Estimation 51
د. حسام علي فهمى Fault Injection Tool for Embedded Operating Systems Evaluation 52
د. حسام علي فهمى Al‐Qalam 53
د. حسام علي فهمى Arithmetic Modules 54
د. حسام علي فهمى Hardware Design for Decimal Floating‐Point Adder compliant with IEEE 754‐2008 55
د. حنان أحمد آمال Production Line with PLC & SCADA 56
د. حنان أحمد آمال Touch Screen Controlled R/C Car 57
د. حنان أحمد آمال Home Automation System 58
د. عالء الروبي Substrate Noise Coupling Measurement and Reduction 59
د. محسن محروس IEEE 802.15 ‐ 4 (ZigBee) Physical Layer Simulations 60
د. محمد خيرى Handover Optimization Tool 61
Main Advisor Project Title Page
د. محمد خيرى Implementation of Wimax Symbol and Carrier Synchronization System 62
د. محمد خيرى MIMO in LTE and WiMAX 63
د. محمد عبداهللا Voda ‐Y smart 64
د. محمد عبداهللا Vodafone Mobile Quality Engine (MQA) 65
د. محمد عبداهللا Implementation of Wimax Communication system 66
د. محمد عبداهللا Traffic Jam Avoidance 67
د. محمد عبداهللا Covering Moving Objects (Nile cruiser) 68
د. محمود حامد اسماعيل Simulation of the PHY Layer of a DVB‐H Transmitter/Receiver Using MATLAB 69
د. محمود حامد اسماعيل Simulation of Physical Layer LTE Mobile Transmitter/Receiver 70
د. محمود حامد اسماعيل Simulation of the PHY Layer of a MediaFLO Transmitter/Receiver 71
د. هاني السيد GUI‐based Device Manager for Solaris Operating System 72
د. ياسمين علي فهمي Ver cal Handover Decision Algorithms between Heterogeneous Wireless Networks 73
د. ياسمين علي فهمي Implementation of WIMAX Control Unit 74
د. ياسمين علي فهمي Long Term Evolytion (LTE) Physical Layer Simulation 75
د. ياسمين علي فهمي Simulation and Implementation of Automated parking lot using Zigbee control System 76
Project Title
Base Transceiver Station (BTS) using Code Division Multiple Access (CDMA)
Abstract
Design simple circuit represents the transmitter and the receiver of BTS (Base Transceiver Station) using Code Division Multiple Access
Advisor(s)
أ.د. أمين محمد نصارAdvisor Email Addres(es)
Student Names
احمد سيد عبدالمقصود عوضStudent Email Addresses
Required Tools/Software/Skills
Orcad. Communication system
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
Project Output
Hardware
Potential Customer
صالح محمد فؤاد يوسف سيد
عالءالدين محمد محمود محمد برآه
محمود سيف الدين احمد الدهشان
1
Project Title
Mobile Jammer 900‐1800 MHZ
Abstract
Hardware device radiates high power signal at the same frequency that mobiles work (900‐1800 MHZ) for blocking incoming and out coming calls ,this circuit called class A jammer ,can be used In mosques ,hospitals ,oil stations and any place has restriction on mobile signals.
Advisor(s)
أ.د. أمين محمد نصارAdvisor Email Addres(es)
Student Names
شادى امير احمد السيد قورهStudent Email Addresses
Required Tools/Software/Skills
hardware :Oscilliscope, software :orcad
Estimated Cost
between LE 1000 and 5000External Source of Funding
self funded
Sponsor
Project Output
Hardware
Potential Customer
lecture rooms,hospitals,mosques
فكرى الدسوقى حامد
محمد جمال الدين عثمان السمكرى
ياسر لمعى فهيم زخارى
2
Project Title
Design of Hardware and Software of Smart Home
Abstract
Smart Home is project use to control any devices in home or in office or in any place can switch on or off. It can control by using fixed phone, mobile, LAN, WAN or Mobile Symbian 0S.it divided into parts: 1‐mother board 2‐controller board 3‐main program
Advisor(s)
أ.د. أمين محمد نصارAdvisor Email Addres(es)
Student Names
ايه موسى محمد حسينStudent Email Addresses
Required Tools/Software/Skills
wanted software:Microsoft Visual Studio 6
Estimated Cost
between LE 1000 and 5000External Source of Funding
our self
Sponsor
ـــــــــــــ
Project Output
software & hardware
Potential Customer
فاطمه الزهراء على فوزى ابراهيم صقر
محمود صابر محمود صابر
3
Project Title
VoWIFI Handset
Abstract
The project will involve developing a handset supporting VoIP over WiFi/Wimax using Linux and ARM9 or ARM11 development kits.
Advisor(s)
أ.د. خالد محمد فؤاد السيدAdvisor Email Addres(es)
Student Names
ابراهيم محمد على مهدىStudent Email Addresses
Required Tools/Software/Skills
1‐Development Kit with ARM processor supports linux 2‐Pc with linux OS any distribution (ex. Ubuntu) 3‐Wifi‐ RF module 4‐ good knowledge of C/C++ programming languages 5‐ Good understanding of Network/Voice protocols Estimated Cost
between LE 1000 and 5000External Source of Funding
The ITAC Initiative
Sponsor
Project Output
Product Prototype
Potential Customer
عمرو عبدالرحيم حجاج منصور
محمد باسم صبحى محمد زين الدين
محمد عبداالله يوسف عواد
محمد نادر محمد عطوة
محمود محمد عبدالحميد قطب
4
Project Title
Configurable Blocks for a WIMAX/LTE Software‐Defined Radio
Abstract
Software Defined Radio (SDR) promises to implement multi standard transceivers on a single powerful platform. It facilitates the implementation of functional modules in radio systems using software. Our goal is to implement several configurable modules (convolutional encoders/decoders and MIMO coders/decoders) of an SDR transceiver that supports WIMAX (IEEE 802.16e) and LTE Physical Layer. The target platform is an FPGA kit.
Advisor(s)
أ.د. سراج الدين حبيبAdvisor Email Addres(es)
Student Names
احمد شريف عزت عبداللطيف نجاStudent Email Addresses
Required Tools/Software/Skills
Estimated Cost
more than 5000External Source of Funding
The Sponsor
Sponsor
National Telecom Regulatory Authority (NTRA)
Project Output
Product Prototype
Potential Customer
احمد على اسماعيل على محمد
احمد فوزى العمروسى محمد خليفه
احمد محمد عبدالفضيل عبدالصادق
احمد مصطفى محمد درويش
5
Project Title
SDR OVER CUSPARC
Abstract
CUSPARC is a five years old project that aims to develop a 32 bit processor that is owned by Cairo University, confirms to the SPARC standard, and targets embedded systems. Examples of target applications include Bluetooth version 2.0 Enhancement Data Rate "EDR",Zigbee Transceivers, Wi‐Fi Transceivers. Our project aims at implementing a Software Defined Radio over an FPGA platform .This SDR is to implement the PHY layers of Wi‐Fi and Bluetooth transceivers. This project utilizes the Cairo University SPARC (CUSPARC) processor which has been developed in our laboratory over the last five years .Several instants of this processor is to be invoked to implement a multiprocessor on a programmable chip that acts as the hardware platform for this project.
Advisor(s)
أ.د. سراج الدين حبيبAdvisor Email Addres(es)
Student Names
ايمان محمد صالح الدين سيد ديابStudent Email Addresses
Required Tools/Software/Skills
1‐VHDL programming language 2‐Quartus 3‐Matlab 4‐C++ language for Bluetooth code 5‐C/C sharp for CUSPARC compiler 6‐knowing about STRATIX III FPGA DSP development kit and how it operate and connected.Estimated Cost
more than 5000External Source of Funding
Sponsor
NTRA,ITIDA
Project Output
Potential Customer
NTRA
حنان محرم حسن محرم حسين
حنان محمد محمد عبدالرحمن
سحر مصطفى محمد بدوى
منى مصطفى حلمى احمد نوار
pinkroze1987 @yahoo.com
6
Project Title
Portable Object Tracking System (CUPOTS)
Abstract
Our objective is to design, build, and test a video capture subsystem (analog and digital video input) for a portable object tracking system (OTS) targeting a DSP‐based processing platform. Next we will integrate the video capture and DSP processing subsystems and test the whole system.
Advisor(s)
أ.د. سراج الدين حبيبAdvisor Email Addres(es)
Student Names
اسالم رفعت آامل طهStudent Email Addresses
islam‐[email protected] [email protected]
Required Tools/Software/Skills
Estimated Cost
between LE 1000 and 5000External Source of Funding
Sponsor
Project Output
Product Prototype
Potential Customer
اسالم سيد حسن محمد عفيفى
محمود عبدالمنعم احمد طنطاوى
محمود فؤاد محمود احمد
اسامه رافت عبدالغنى محمود
7
Project Title
Configurable Synchronization and FFT blocks for a WiMAX‐LTE Software Defined Radio
Abstract
Implementation of configurable blocks for the physical layer of WIMAX and LTE wireless communication standards on the same FPGA using a Software defined radio approach. The system combines both OFDMA and Sc‐FDMA techniques for downlink and uplink for efficient usage of bandwidth and power. We aim to implement the FFT/IFFT, Modulation/Demodulation and Synchronization blocks of these wireless communication standards.
Advisor(s)
أ.د. سراج الدين حبيبAdvisor Email Addres(es)
Student Names
احمد محمد الشافعى محمد الطنطاوى
Student Email Addresses
Required Tools/Software/Skills
Estimated Cost External Source of Funding
more than 5000
Sponsor
Project Output
NTRA
Potential Customer
Product Prototype
د. محمد خيرى [email protected]
حازم محمد احمد سليمان
عمرو عبدالعزيز شوقى عبدالعزيز
محمد احمد عبدالكريم عثمان
محمد حسين حامد عبدالغنى محمد
معتز محمد عمرو عبدالحميد عبدالفتاح ‐ امين امين محمد عبد الحميد الفقى
[email protected] ‐ Amin [email protected]
8
Project Title
Imaging Processing System for an UAV
Abstract
The objective of our project is to design and implement a video capture and compression subsystem for an unmanned air vehicle (UAV). The system must feature low weight, low power, multi‐resolution, variable frame rate and large video storage capacity.
Advisor(s)
أ.د. سراج الدين حبيبAdvisor Email Addres(es)
Student Names
داليا احمد محمود علىStudent Email Addresses
Required Tools/Software/Skills
Estimated Cost
between LE 1000 and 5000External Source of Funding
Sponsor
Project Output
Product Prototype
Potential Customer
دينا احمد عنتر احمد حسين
سالى نظمى احمد الجندى
سماح عاصم على فايد
نهى رفعت مصطفى جاداهللا
9
Project Title
Cellular Repeater for Weak Mobile Coverage Zones
Abstract
Our objective in this project is to design a repeater for cellular communication to be used in buildings, subways or any other place where mobile network signal coverage is weak. We will consider some of the problems that faced earlier repeaters such as power control problem or error correction.
Advisor(s)
أ.د. عادل الناديAdvisor Email Addres(es)
Student Names
احمد نمازى صالح راضىStudent Email Addresses
Required Tools/Software/Skills
Estimated Cost
between LE 1000 and 5000External Source of Funding
support is needed
Sponsor
Project Output
Product Prototype
Potential Customer
mobile vendors
عمرو عالءالدين احمد شبل
حازم محمد آامل احمد
مصطفى احمد هشام محمود مخلص
10
Project Title
Free Space Laser Communication and Rangefinding
Abstract
Our objective in this project is to design a laser transmitter and an optical detector which can be used as elements in both wireless communication and rangefinding systems. We will study and try to improve the quality of transmission and reception in the communication system. When implementing the laser rangefinder we will be concerned with the optimization of laser pulse generation, detection and timing. Special consideration will be given to the design of the amplifier in the receiver section.
Advisor(s)
أ.د. عادل الناديAdvisor Email Addres(es)
Student Names
مصطفى فتحى سالم محمدStudent Email Addresses
Required Tools/Software/Skills
Tools: Hardware components (photo diode, laser pointer,...). So ware: microcontroller. Skills: normal skills.
Estimated Cost
between LE 1000 and 5000External Source of Funding
Funding is needed.
Sponsor
N/A
Project Output
Hardware
Potential Customer
None
ساره عبدالمنعم محمد سعيد
رغده امير سيد مسلم
هاله حمدى حسن عبداهللا
11
Project Title
RF Intensity Level Meter (Mobile Freq. Meter)
Abstract
Monitoring radiation levels of Mobile base stations and mobile phone receivers is necessary to satisfy safety requirements. It is preferable to design a microprocessor‐controlled instrument in order to allow various types of measurements. It is intended to measure the peak intensity and the RMS value together with different units and scales. Furthermore the instrument to be designed will support saving utility for the maximum peak intensity measured.
Advisor(s)
أ.د. عادل الناديAdvisor Email Addres(es)
Student Names
محمد محمد عادل ابراهيم عبدالعالStudent Email Addresses
Required Tools/Software/Skills
PC with a CAD tool (ADS). Hardware components
Estimated Cost
between LE 1000 and 5000External Source of Funding
Funding is needed through an academic sponsor, the college or any other commercial firms
Sponsor
Project Output
Hardware
Potential Customer
Home‐environement safety tool
د. إسالم عبدالستار عشرة [email protected]
محمد محمد موسى محمد
ابراهيم مصطفى رجب على شلبى
12
Project Title
Design and Implementation of QPSK Modem Based on FPGA
Abstract
This project is about how to design QPSK Modulator and Demodulator. The demodulator includes carrier and symbol timing recovery and the modem shall be designed and implemented using VHDL language on Xilinx FPGA.
Advisor(s)
أ.د. مجدي فكري رجائيAdvisor Email Addres(es)
Student Names
احمد حمدى احمد خليل جودهStudent Email Addresses
Required Tools/Software/Skills
MATLAB {for simula ons}, VHDL {for hardware implementa on}
Estimated Cost
between LE 1000 and 5000External Source of Funding
The Faculty/University
Sponsor
Project Output
Hardware
Potential Customer
ايمان عادل عوض عبيد
ايمان آامل رفاعى مهدى
رنا عبدالعزيز محمد عبدالعال
13
Project Title
Software Defined Radio (SDR)
Abstract
SDR is Multi‐band, Multi‐standard, Multi‐service, and Multi‐channel Radio. We are going to implement a programmable baseband to IF conversion using FPGA technology, as well as OFDM modulation/demodulation similar to the Digital Audio Broadcasting (DAB) system for demonstration of the SDR capabilities.
Advisor(s)
أ.د. مجدي فكري رجائيAdvisor Email Addres(es)
Student Names
احمد شريف عبداهللا احمدStudent Email Addresses
Required Tools/Software/Skills
Matlab & Simulink. Visual Studio 2008 Professional. ISE Design Suite
Estimated Cost
more than 5000External Source of Funding
Applying for Nahdet El Mahrousa's Young Innovator's Awards
Sponsor
Project Output
Product Prototype
Potential Customer
Academic institutions
طارق احمد امين بشارى
عبدالرحمن ناجى عبدالنبى محمد
عبداهللا محمد عصمت احمد سكر
عالء عوض عبدالهادى عبداللطيف
هانى هشام محمد توفيق
14
Project Title
Implementation of E1 Digital Transmitter/Receiver
Abstract
Transmitting a signal through an E1 channel after being digitalized, modulated, encoded, multiplexed and then encrypting the multiplexed stream. Then, at the receiver reversed operations are applied to reconstruct the signal with minimum distortion levels.
Advisor(s)
أ.د. مجدي فكري رجائيAdvisor Email Addres(es)
Student Names
ايه احمد محمود رمضان غازىStudent Email Addresses
Required Tools/Software/Skills
Digital design using VHDL. Spartan 3E Starter Kit.
Estimated Cost
between LE 1000 and 5000External Source of Funding
Sponsor
Project Output
Product Prototype
Potential Customer
ايه محمد مصطفى محمد نجدى
ساره حسام الدين رجاء عبدالجواد
منى محمد صبحى فؤاد ابراهيم
مى حسن محمد حسن
ياسمين محمد رمضان شاهين
15
Project Title
Building an SCA Compliant So ware Defined Radio
Abstract
Building a Software Defined Radio (SDR) that is compliant to the Software Communication Architecture (SCA) standards. The objective is to develop both the needed hardware and software to implement an analog FM application on the “Communication Research Centre” (CRC) core framework SCARI
Advisor(s)
أ.د. مجدي فكري رجائيAdvisor Email Addres(es)
Student Names
ابراهيم نداء محمود القاضىStudent Email Addresses
Required Tools/Software/Skills
Linux Opera ng SystemSCARI Pla ormC++ and Java ProgrammingPCB Design
Estimated Cost
more than 5000External Source of Funding
personal contributions
Sponsor
Project Output
Product Prototype
Potential Customer
Military and Commercial Telecommunication
احمد امين احمد معوض احمد
احمد حازم محمود عباس
احمد سعيد اسماعيل محمد حسين
احمد عثمان محمود حنفى سهمود
محمد صالح الدين سيد محمود الدشناوى
16
Project Title
Animotronics (Animated Robotics)
Abstract
Design and implementation of animal‐like models which respond to music by segmenting frequency band and quantizing the intensity and use motors to control movements. No translational motion is required. Microcontroller operated.
Advisor(s)
أ.د. محمد سامح سعيدAdvisor Email Addres(es)
Student Names
احمد حسن حامد علىStudent Email Addresses
Required Tools/Software/Skills
none
Estimated Cost
less than LE 1000External Source of Funding
the students
Sponsor
Project Output
Product Prototype
Potential Customer
احمد جمال احمد محمد
عمرو عادل محمد احمد
مصطفى محمد عبدالعزيز على
هيثم محمد عادل محمد محمد الفقى
17
Project Title
Motion Capture Animation
Abstract
Design and implementation of motion capture system which imparts motion to a computer generated graphic based on signals from sensors fastened onto human body to make the graphic move.
Advisor(s)
أ.د. محمد سامح سعيدAdvisor Email Addres(es)
Student Names
سمير صبرى خليل ابراهيمStudent Email Addresses
Required Tools/Software/Skills
micro controller (ATMEL)
Estimated Cost
less than LE 1000External Source of Funding
our group
Sponsor
no sponsor
Project Output
Product Prototype
Potential Customer
سيد سعيد سيد عبدالجليل
عادل صابر عبدالمجيد جالل
محمد حسين عبدالمجيد بيومى جالل
18
Project Title
Emitter and Driving Circuit for a Magnetic Field‐based Motion Capture System
Abstract
The driving circuit consists of a microcontroller unit and a power supply circuit. The latter provides an appropriate voltage and current levels for the motion capture system, while the MCU provides signals for the emitting coil and the magnetic field sensors, also it manages communications between PC and data logging unit connected to the magnetic field sensors.
Advisor(s)
أ.د. محمد سامح سعيدAdvisor Email Addres(es)
Student Names
احمد محمد محمود البسيونىStudent Email Addresses
Required Tools/Software/Skills
Skills: Microcontroller programming using Assembly, Electronic Circuit Design, Electromagnetic Induction Genera onSo ware: AVR Studio, OrCAD
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
Project Output
Product Prototype
Potential Customer
SMSEC
شريف محمد رفعت آمال الدين محمد
شريف محمد عاطف محمود حسنى ابراهيم
طارق احمد رافت احمد زآى
طارق محمد عبدالسالم عيد
19
Project Title
Access Control in Wireless Sensor Networks
Abstract
Wireless sensor networks represent a special subset of wireless networks where the sensors act to collect data, that are to be forwarded to a collection point (a server). Due to the power limitation of such devices, the relatively high attenuation of the propagated signal, and in order to maximize the use of the shared resources, special access control algorithms have been proposed for wireless sensor networks. The purpose of this project is to undertake a survey of the latest algorithms proposed, identify which of them have been standardized, describe using approriate methods the operation of such algorithms, and carryout a simulation and/or analytic study in order to compare the performance of these algorithms.
Advisor(s)
أ.د. محمود طاهر الحديديAdvisor Email Addres(es)
Student Names
ايمان عوض محمد اسماعيلStudent Email Addresses
Required Tools/Software/Skills
So ware. NS2(Network Simula on). Skills. C/C++. good background at networks
Estimated Cost External Source of Funding
Sponsor
Project Output
Potential Customer
سميه عطوه سعد عطوه النجار
صفيه مجدى صبرى محمد عبدالنبى
غاده بشير محمد منصور فارس
20
Project Title
Security in Wireless Sensor Networks
Abstract
Wireless sensor networks represent a special subset of wireless networks where the sensors act to collect data, that are to be forwarded to a collection point (a server). Due to the power limitation of such devices, and in order to secure the delivery of information packets to the destination, special lightweight security algorithms have been proposed for wireless sensor networks. The purpose of this project is to undertake a survey of the latest algorithms proposed, identify which of them have been standardized, describe using approriate methods the operation of such algorithms, and carryout a simulation and/or analytic study in order to compare the performance of these algorithms.
Advisor(s)
أ.د. محمود طاهر الحديديAdvisor Email Addres(es)
Student Names
خالد عبدالودود احمد محمدStudent Email Addresses
Required Tools/Software/Skills
Estimated Cost External Source of Funding
Sponsor
Project Output
Software
Potential Customer
سيد عادل عبدالعاطى محمد
مديحه مجدى سعد زغلول ثابت
رانيا ابراهيم حلمى على الشامى
21
Project Title
Security in Wireless Sensor Networks
Abstract
Wireless sensor networks represent a special subset of wireless networks where the sensors act to collect data, that are to be forwarded to a collection point (a server). Due to the power limitation of such devices, and in order to secure the delivery of information packets to the destination, special lightweight security algorithms have been proposed for wireless sensor networks. The purpose of this project is to undertake a survey of the latest algorithms proposed, identify which of them have been standardized, describe using approriate methods the operation of such algorithms, and carryout a simulation and/or analytic study in order to compare the performance of these algorithms.
Advisor(s)
أ.د. محمود طاهر الحديديAdvisor Email Addres(es)
Student Names
احمد اشرف منصور مندورStudent Email Addresses
Required Tools/Software/Skills
Network Simulation version 2 (NS2). Computer network background‐ Programming using one of the C family languages (C++, C#, Visual C)Estimated Cost External Source of Funding
Sponsor
Project Output
Software
Potential Customer
ادم طلعت جاد حسين
محمد جمال عبدالناصر عبدالحميد ابوالحمل
محمد سعيد عبدالنظير محمود سيد
يوسف اآرم محمد محمود شاآر
22
Project Title
Location Identification in Wireless Sensor Networks
Abstract
Wireless sensor networks represent a special subset of wireless networks where the sensors act to collect data, that are to be forwarded to a collection point (a server). Due to the power limitation of such devices, the relatively high attenuation of the propagated signal, and in order to maximize the use of the shared resources, special access control algorithms have been proposed for wireless sensor networks. The purpose of this project is to undertake a survey of the latest algorithms proposed, identify which of them have been standardized, describe using approriate methods the operation of such algorithms, and carryout a simulation and/or analytic study in order to compare the performance of these algorithms.
Advisor(s)
أ.د. محمود طاهر الحديديAdvisor Email Addres(es)
Student Names
امل اسماعيل يوسف محمدStudent Email Addresses
Required Tools/Software/Skills
Network simulator version 2 ( NS‐2)
Estimated Cost External Source of Funding
Sponsor
Project Output
Software and Hardware
Potential Customer
ايمان ماهر خليل محمد مصطفى
منال محمد عباس حمزه البطران
[email protected] /[email protected]
23
Project Title
Neural Network Handoff Algorithm in a Joint Terrestrial‐HAPS Cellular System
Abstract
Handoff algorithm is used in wireless cellular systems to decide when and to which Base station (BS) to handoff in order that the services can be continued uninterrupted. We propose a handoff algorithm based on the Neural Network in a joint system of terrestrial and High altitude platform station (HAPS) cellular systems. As a revolutionary wireless system, HAPS can supply services for uncovered area improving total capacity of service‐limited area by a terrestrial BS. Radial‐Basis function (RBF) network is used for making a handoff decision to the chosen neighbor BS. The neural inputs consist of the averaged signal strength received from the serving and nearby BSs, user directions estimated by the MUSIC algorithm on an antenna array, and traffic intensities. Positioning a mobile station (MS) is obtained by apply the Timing Advance (TA) concept. Performance comparisons among the presented method and using the Back Propagation (BP) Neural Network and the conventional Hysteresis method are given in forms of handoff rate, blocking rate, dropping rate at the acceptable grade of service and the difference between the signal power radiated by the serving BS and the minimum required received signal power before call dropping for both Hata model and Rayleigh fading.
Advisor(s)
أ.د. مني رياض الغنيميAdvisor Email Addres(es)
Student Names
محمد ممدوح حنفى حسن ابراهيمStudent Email Addresses
Required Tools/Software/Skills
MATLAB PROGRAMMES
Estimated Cost External Source of Funding
Sponsor
Project Output
Potential Customer
آريم محمد ابوزيد خليفه
عمرو عبدالسالم احمد راضى
عبده محمد عبده محمد
24
Project Title
Sign Language Translator
Abstract
Sign language translator is the primary means of communication with & among the deaf community & is defined as visual‐gestural language. American sign language (ASL) is the fourth most commonly used language in the united states & Canada. This project to consider the alphabet of ASL & strives to convert it to English text & To obtain a high degree of accuracy while realizing this translation system. We use image processing techniques using matlab in this project & we recognition of sign language using neural network.
Advisor(s)
أ.د. مني رياض الغنيميAdvisor Email Addres(es)
Student Names
راقيه على عبداهللا العريقىStudent Email Addresses
Required Tools/Software/Skills
matlab
Estimated Cost
between LE 1000 and 5000External Source of Funding
Sponsor
Project Output
Software
Potential Customer
رانيا ممدوح محمد محمود
رحاب فاروق جامع عبد اهللا يوسف
رشا حسين السيد احمد الوآيل
شيرين مجدى محمد المرصفاوى
ندى محمد نمير عبدالعزيز رياض حسن
25
Project Title
Methods of Assigning and Borrowing Channels in a Cellular Communication System Using Genetic Algorithms
Abstract
The demand for mobile communication has been steadily increasing in recent years. With the limited frequency spectrum, the problem of channel assignment becomes increasingly important. That is required to achieve a spectrum‐efficient and conflict‐free allocation of channels among the cells while satisfying both the traffic demand and the electromagnetic compatibility (EMC) constraints. Borrowing channel assignment (BCA) was introduced in the literature as a compromise between the classic fixed and dynamic channel assignment schemes. In a channel borrowing scheme, an acceptor cell that has used all its nominal channels can borrow free channels from its neighboring cells (donors) to accommodate new calls. The project is done in two steps ::** the first is solving the channel assignment using genetic algorithm,** the second is using the borrowing channel technique in a cellular communication system to minimize the blocking rate and interference.
Advisor(s)
أ.د. مني رياض الغنيميAdvisor Email Addres(es)
Student Names
انجى بولس جرجس يونانStudent Email Addresses
Required Tools/Software/Skills
matlab
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
Project Output
Software
Potential Customer
بيشوى صبرى توفيق آامل
ريمون رمزى فؤاد سعيد
ريمون صموئيل لمعى ملك
ريمون عادل ادوارد راغب
مينا راغب رمزى عبدالشهيد
26
Project Title
Mobile‐based Visual Localization Aid for the Blind
Abstract
This is a computer vision based project that aims to help a blind person find her/his location in indoor environment. The blind person is equipped with a mobile phone that consists of a camera, a speaker as well as the stand alone localization application. The map of the indoor environments is described by a set of images. The localization is performed by extracting a feature from the image of the unknown location and comparing it the features of the environment. The feature which has the nearest distance to that of the novel image is considered and a voice massage is sent the blind person with the location information.
Advisor(s)
أ.د. نعمت سيد عبدالقادرAdvisor Email Addres(es)
Student Names
ايمان شريف نجم الدين محمودStudent Email Addresses
Required Tools/Software/Skills
Matlap.‐ Symbian OS programming or Java mobile application programming.
Estimated Cost
less than LE 1000External Source of Funding
no need for external funding
Sponsor
Project Output
Software
Potential Customer
The blind persons or the institutions which are concerned with them.
ريهام سيد ابراهيم فتح اهللا
اسالم عبد الحميد محمد عطيه
مى عبد اهللا عبد الستار محمد
27
Project Title
Vector Quantization Based Text‐Independent Speaker Identification Using Small Training Data and Fast Search Algorithms Applied to Control Applications
Abstract
Speaker identification is a branch of speaker recognition. Speaker identification is the process of automatically recognizing who is speaking by using speaker specific information included in speech signals. This technique can be used to identify the identity of people accessing systems. It enables access control of various services by voice. Applicable services include voice dialing, telephone shopping, database access services, information and reservation services, voice mail and remote access of computer. A set of short‐term training feature vectors of speaker can be used directly to represent the essential characteristics of each speaker. In this project, we use one of the VQ algorithms to train speaker models nondiscriminatively. Taking into considerations the nature of speech signal and the correlation between speech frames, we use another algorithm to train speakers models, the criteria of later algorithm is minimizing the classification error. Then, we introduce a modification to this algorithm to improve the identification rate. The proposed algorithm reduces the computational load effectively without a significant reduction in the identification rate.
Advisor(s)
أ.د. نعمت سيد عبدالقادرAdvisor Email Addres(es)
Student Names
عمرو محمد السعيد محمد محمدStudent Email Addresses
Required Tools/Software/Skills
Matlab, C++ programming
Estimated Cost
between LE 1000 and 5000External Source of Funding
The Faculty/University
Sponsor
Project Output
Software
Potential Customer
محمد علي عبد اللطيف حسين
محمد علي محمد محمود الحاروني
محمود حلمي مصطفي أحمد النجار
مصطفي محمد غنيم جابر
مصطفي محمد فريد محمد
28
Project Title
Security System Based on Face Recognition
Abstract
Biometric systems are used to identify or verify human beings through their behavioral and physical characteristics. Face is one of the most significant features at all for other biometrics. We aim to use powerful techniques to extract face features to distinguish persons with high performance. One method is Eigen Face that based on the mathematical algorithm Principal Component Analysis (PCA) . The wavelet transform coefficients can be also used for feature extraction, which produces the feature components in a low dimensional subspace of an image, even under moderate variation in lighting and facial expression. A neural network (NN) based algorithm will be applied for face recognition, which is insensitive to variation of lighting and facial expression.
Advisor(s)
أ.د. نعمت سيد عبدالقادرAdvisor Email Addres(es)
Student Names
على محمود محمد عبداللطيفStudent Email Addresses
Required Tools/Software/Skills
Required Skills: It is preffered to have DSP course.Required Tools: Matlab, C++ programming
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
Project Output
Software
Potential Customer
عمرو عصام مدنى محمد سالم
محمد عبدالواحد محمد المعداوى
محمد محمد محمد ابوزيد
29
Project Title
Image Compression Applied to Face Recognition
Abstract
Biometric systems are used to identify or verify human beings through their behavioral and physical characteristics. Face is one of the most significant features at all for other biometrics. We aim to use powerful techniques to extract face features to distinguish persons with high performance. A codevector referred (or matched) count histogram, which is obtained by vector quantization (VQ) processing of the facial image, is utilized as a very effective personal feature. By applying appropriate low pass filtering and VQ processing to a facial image, useful features for face recognition can be extracted. The wavelet transform coefficients can be also used for feature extraction, which produces the feature components in a low dimensional subspace of an image, even under moderate variation in lighting and facial expression.A neural network (NN) based algorithm will be applied for face recognition, which is insensitive to variation of lighting and facial expression.
Advisor(s)
أ.د. نعمت سيد عبدالقادرAdvisor Email Addres(es)
Student Names
تامر احمد معوض محمد
Student Email Addresses
Wild [email protected]
Required Tools/Software/Skills
Matlab
Estimated Cost
between LE 1000 and 5000External Source of Funding
none
Sponsor
Project Output
Software and we may add a hardware too if the time allowed us
Potential Customer
احمد شكرى سيد العجمى
محمد احمد توحيد بكير
30
Project Title
Speaker Recognition System Applied to Telephone Channel
Abstract
Advisor(s)
أ.د. نعمت سيد عبدالقادرAdvisor Email Addres(es)
Student Names
أحمد طارق صالح خليلStudent Email Addresses
Required Tools/Software/Skills
Estimated Cost External Source of Funding
Sponsor
Project Output
Software
Potential Customer
باسل عادل عبد المجيد
محمد محسن عبد المجيد
31
Project Title
LTE Physical Layer Simulation
Abstract
The project aim is to simulate downlink channels of the LTE physical layer and investigate its performance. Different operations will be included scrambling, modulation, layer mapping, mapping to resourse element, add CRC 'Cyclic Redundancy Check'to transport block , channel coding, and code block concatenation. The simulation will be implemented using matlab.
Advisor(s)
أ.د. هبة اهللا مصطفى مرادAdvisor Email Addres(es)
Student Names
احمد يحيى محمد ابوالقاسمStudent Email Addresses
Required Tools/Software/Skills
matlab
Estimated Cost
between LE 1000 and 5000External Source of Funding
Sponsor
Project Output
Software
Potential Customer
اسراء حسين مصطفى حسين بدر
محمد ناصرالدين عباس جادالمولى
مهند رافت محمد محمد شمس الدين
هشام عبدالوهاب محمد عبدالوهاب
وائل مصطفى احمد جالل عبدالحافظ
32
Project Title
Implementation and Simulation of Turbo‐Code in LTE
Abstract
Long‐Term Evolution (LTE) is the newest Protocol in the family of mobile networks that takes the world to the 4th generation era. LTE as current broadband standards uses Turbo code as a powerful error correction and detection algorithm. The aim of this project is to implement Turbo‐encoding and Turbo‐decoding blocks of LTE using VHDL on Altera Stratix III‐FPGA kit after simulating the system on Matlab.
Advisor(s)
أ.د. هبة اهللا مصطفى مرادAdvisor Email Addres(es)
Student Names
محمد احمد على محمود الصباغStudent Email Addresses
Required Tools/Software/Skills
vhdl. Matlab.
Estimated Cost
more than 5000External Source of Funding
The Sponsor
Sponsor
Global Expertise for Telecommunications
Project Output
Hardware
Potential Customer
محمد فتحى سعد ابوسريع
محمود فتحى محمود احمد عماره
محمود محمد ماجد عبدالحميد عبدالحميد عز
محمد هانئ فاروق محمد
33
Project Title
Implementation of Mobile WiMAX Physical Simulator with MIMO Antenna System
Abstract
A simulation tool for the physical layer of mobile WiMAX, including support for MIMO smart antenna technlogy, is to be created (with a user interface).
Advisor(s)
أ.د. هبة اهللا مصطفى مرادAdvisor Email Addres(es)
Student Names
خالد آمال نجيب مهدىStudent Email Addresses
Required Tools/Software/Skills
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
Alcatel‐Lucent
Project Output
Software
Potential Customer
خالد محمد عبدالمقصود محمد نوح
سيف الدين محمد جميل زين الدين
شريف عبدالحليم محمود شكيب رشدى
محمد اشرف سعد زغلول محمد بيومى
محمد وفيق ممدوح العطار
34
Project Title
UMTS Planning and Optimization Tool
Abstract
The aim of the project is to design a software planning tool based on an advanced study of planning strategies for UMTS networks. This tool will achieve maximum capacity, coverage and QoS. It must be also flexible to allow network expansion without major change of existing sites.
Advisor(s)
أ.د. هبة اهللا مصطفى مرادAdvisor Email Addres(es)
Student Names
احمد عزت عبدالعزيز زايدStudent Email Addresses
Required Tools/Software/Skills
DataBase (SQL server) ‐C# ‐A.D.O. ‐Good Knowledge of UMTS networks
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
Project Output
Software
Potential Customer
Mobile Operators and Vendors
احمد محمد درويش عبداهللا
احمد محمد صالح توفيق
احمد محمد طاهر حافظ الشوربجى
35
Project Title
WiFi Based Robot
Abstract
wifi based robot is a robot controlled via wifi by any computer that has a wifi connection or via internet
Advisor(s)
د. احمد حسين Advisor Email Addres(es)
Student Names
محمد حسين محمد محمد حنورهStudent Email Addresses
Required Tools/Software/Skills
pcb design software "orcad" or "proteus", microcontroller programming tools, visual basic programming for the GUI, some linux skills for router hacking software Estimated Cost
between LE 1000 and 5000External Source of Funding
Sponsor
Project Output
Product Prototype
Potential Customer
security and military applications
محمد سعد محمد نصر
محمد سعيد محمد محمد
مروان احمد مصطفى على
36
Project Title
Software Defined Radio
Abstract
A software‐defined radio(SDR) is a radio communication system that performs radio signal modulation and demodulation in software.The exact extent to which a particular radio system may be considered an SDR is not entirely clear because the SDR community has not yet formulated definitive answers to questions regarding the types of processor upon which the software can run,or the percentage of total signal processing that must be performed in software.The SDR has been realized for some relatively simple and low frequency applications such as AM and FM radio.
Advisor(s)
د. احمد حسين Advisor Email Addres(es)
Student Names
راندا محمد عبدالواحد عمارStudent Email Addresses
Required Tools/Software/Skills
VHDL‐Linux‐C++ programming
Estimated Cost
more than 5000External Source of Funding
Sponsor
Project Output
Hardware
Potential Customer
academic institutions
أ.د. مجدي فكري رجائي [email protected]
ريم محمود على محمود البدينى
مياده محمد حجاج صابر
مها محمود عبداللطيف حسين عبداللطيف
37
Project Title
TV Modulator
Abstract
The Project is a hardware Card that is plugged in to "video & audio signals" as outputs from a computer or any other media player and to receive them wireless (Audio+video) on specific channel on the VHF band, and on unlimited no. of screens
Advisor(s)
د. أحمد العدوي عميرةAdvisor Email Addres(es)
Student Names
احمد مجدى عمر احمد الهوارىStudent Email Addresses
Required Tools/Software/Skills
ORCAD( PCB and Capture ). HFSS tool
Estimated Cost
between LE 1000 and 5000External Source of Funding
ourselves
Sponsor
Project Output
Product Prototype
Potential Customer
د. أحمد نادر محي الدين [email protected]
احمد محمد اسامه محمد سيف الدين العاصى
احمد محمد زينهم محمد
38
Project Title
5th Order Channel Select LPF for IEEE 802.11b/g Standards
Abstract
The project introduces a 5th order channel select LPF compliant with the IEEE 802.11b/g standards, operating with cutoff frecuency equals 6 MHZ and input refered noise 100 u, the third order intercept point equals 45 dBm. The filter uses MOSFET opamp requires 1.5 v dc supply and having again 1000 and gain bandwidth equals 10 MHZ
Advisor(s)
د. أحمد العدوي عميرةAdvisor Email Addres(es)
Student Names
احمد محمد اسماعيل عبدالظاهرStudent Email Addresses
Required Tools/Software/Skills
cadence design tool
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
n/a
Project Output
circuit design
Potential Customer
ASIC design companies
د. أحمد نادر محي الدين [email protected]
احمد محمد تعلب عبدالرحمن
طه عبدالسالم مبارك خليل
محمد مصطفى عبدالحميد عامر
39
Project Title
IEEE 802.15.4 (ZigBee) Physical layer Simulation and Implementation on ADI DSP Kit (Blackfin)
Abstract
The project aims to implement a fully functional transceiver utilizing the ADI DSP Kit (Blackfin) and testing on air using front‐end RF kits Project will start standard simulations using MATLAB toolkit then implementation over ADI‐Kit based on Blackfin processors using C programming language The project has 3 sub‐groups
Advisor(s)
د. أحمد شلشAdvisor Email Addres(es)
Student Names
عمرو عاطف عبدالحميد عبدالعزيزStudent Email Addresses
Required Tools/Software/Skills
ADI – RF kit and VDSP++MATLAB 2008b
Estimated Cost
between LE 1000 and 5000External Source of Funding
The Faculty/University
Sponsor
Project Output
Product Prototype
Potential Customer
عمرو محمد محمد السيد
آريم محمد نصرالدين احمد ابوبكر
محمد مجدى عبدالحميد احمد
40
Project Title
Simulation and Implementation of ZIGBEE 802.15.4‐2006 over ADI KIT
Abstract
The project aims to implement a fully functional transceiver utilizing the ADI DSP Kit (Blackfin) and testing on air using front‐end RF kits Project will start standard simulations using MATLAB toolkit then implementation Over ADI‐Kit based on Blackfin processors using C programming language THE project has 3 sub‐groups
Advisor(s)
د. أحمد شلشAdvisor Email Addres(es)
Student Names
احمد بهاء محمد الشريفStudent Email Addresses
Required Tools/Software/Skills
ADI – RF kit and VDSP++MATLAB 2008bC programming
Estimated Cost
between LE 1000 and 5000External Source of Funding
The Faculty/University
Sponsor
Project Output
Product Prototype
Potential Customer
احمد جمال شعبان على
احمد صالح مصيلحى ابراهيم
احمد عبدالعظيم متولى طلبه
احمد عيد سيد حسن
محمود سيد محمود سيد
41
Project Title
Mobile Navigation System
Abstract
when a person is lost he will open the mobile and see the directions according to a map , the mobile will determine its position according to the nearest BTS and give the user the map of the place he is standing in without the need of the user to access the internet to get the directions.
Advisor(s)
د. إبراهيم قمرAdvisor Email Addres(es)
Student Names
سالى محمد حمدى آبابىStudent Email Addresses
Required Tools/Software/Skills
Java programming language, GSM course
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
Project Output
Software
Potential Customer
any person with a mobile phone
مى على عبدالمنعم على
مى محمد صفى الدين حلمى طه
نهال محمد صبرى سليمان هليل
هاله ابراهيم عبداهللا صادق حسين
42
Project Title
RFID System
Abstract
Radio Frequency Identification has many applications in life such as giving access to people based on their tags. The goal of the project is to implement the RFID reader in addition to the interface which will transfer to the computer.
Advisor(s)
د. إسالم عبدالستار عشرةAdvisor Email Addres(es)
Student Names
ريمون البير عطا اهللا موسىStudent Email Addresses
Required Tools/Software/Skills
OrCAD in addi on to necessary hardware components.
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
Project Output
Hardware
Potential Customer
محمد عزالدين حسن الجوهرى
محمود على حسن على
43
Project Title
Smart Antenna – Beamforming Techniques
Abstract
Beamforming is a technique in which an array of antennas is exploited to achieve maximum reception in a specified direction by estimating the signal arrival from a desired direction (in the presence of noise) while signals of the same frequency from other directions are rejected. This is achieved by varying the weights of each of the sensors (antennas) used in the array. It basically uses the idea that, though the signals produced from different transmitters occupy the same frequency channel, they still arrive from different directions. This spatial separation is exploited to separate the desired signal from the interfering signals. In beamforming the optimum weights are iteratively computed using complex algorithms based upon different criteria.
Advisor(s)
د. إسالم عبدالستار عشرةAdvisor Email Addres(es)
Student Names
مايكل لويس عجايبى حبيبStudent Email Addresses
Required Tools/Software/Skills
MATLAB
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
Project Output
Software
Potential Customer
مايكل نسيم رياض جرجس
مجدى جرجس عبده سدراك
مينا انسى بشارة جرجس
44
Project Title
Adaptive Antenna for Wi‐Fi System Enhancement
Abstract
The use of Wi‐Fi supported devices is increasing rapidly nowadays. But the limited range of Wi‐Fi signals and low SNR that leads to low data rates makes it less reliable and decreases its mobility. There are two approaches that will be designed and implemented in this project to solve these two problems. First one is by using a high gain directional antenna and moving it mechanically in various directions. Second approach is by using the smart antenna methodology which uses an array of antennas to focus its beam on a desired direction.
Advisor(s)
د. إسالم عبدالستار عشرةAdvisor Email Addres(es)
Student Names
اشرف احمد شكرى المليجىStudent Email Addresses
Required Tools/Software/Skills
Estimated Cost
between LE 1000 and 5000External Source of Funding
The ITAC Initiative
Sponsor
Project Output
Product Prototype
Potential Customer
بشير حسام عبدالحليم طريح
تامر محسن عبدالمنعم عبدالحكم
عبداهللا محمد على عبدالقادر الصهيبى
محمد آرم حسنى احمد الحاوى
محمد محمود احمد حامد
45
Project Title
Direction of Arrival Estimation for Smart Antenna Systems Using MATLAB
Abstract
The goal of this project is to implement different Direction‐of‐Arrival (DoA) Estimation algorithms using MATLAB and compare between their performance.
Advisor(s)
د. إسالم عبدالستار عشرةAdvisor Email Addres(es)
Student Names
رنا محمد سمير مصطفى عبدالقوىStudent Email Addresses
Required Tools/Software/Skills
MATLAB
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
Project Output
Software
Potential Customer
عصمت محمد رمضان على حسن
ليلى هشام عبدالعزيز فؤاد عفيفى
محمد احمد سيد عبدالمنعم
منة اهللا جالل عبدالمنعم فتح اهللا الشنوفى
46
Project Title
The RF power meter
Abstract
The RF power meter is a device which can be used for measuring the intensity of radiation generated by mobile base stations and mobile handsets in the range 900 MHz & 1800 MHz such measurements are important for satisfying safty requirements. We expect to be able to band survey the RF intensity of the GSM.
Advisor(s)
د. إسالم عبدالستار عشرةAdvisor Email Addres(es)
Student Names
احمد سيد توفيق سيدStudent Email Addresses
Required Tools/Software/Skills
1.ADS and Simulink 2.Microcontroller. 3.Interfacing
Estimated Cost
between LE 1000 and 5000External Source of Funding
The ITAC Initiative
Sponsor
Nahdet ElMahrosa(not yet)
Project Output
Product Prototype
Potential Customer
population
اميره جمال محمد عبدالعزيز
محمد حسنى امين حسن
مى ابراهيم محمد ابراهيم
هبة اهللا احمد عبدالفتاح ابراهيم
هبه محمد محمود بخيت
47
Project Title
Low‐Power FM Receiver
Abstract
The goal of this project (which was also a contest in the IMS 2008) is to develop a low‐power FM receiver. The details of the receiver can be found at http://www.ims2008.org
Advisor(s)
د. إسالم عبدالستار عشرةAdvisor Email Addres(es)
Student Names
باسم نبيل شفيق فرحStudent Email Addresses
Required Tools/Software/Skills
1.Good knowledge of electronics.2 .Good command of an RF CAD tool (preferably ADS).
Estimated Cost
more than 5000External Source of Funding
Sponsor
Project Output
Product Prototype
Potential Customer
بشوى وجدى وديع موسى
جورج ميالد صدقى يوسف
سامح نادر حلمى ارمانيوس
48
Project Title
Demonstration of the RF Pulse Compression Technique
Abstract
The need for high gradient accelerators, where charged particles can acquire very high kinetic energy over small distance, is somehow limited by the available high power RF sources used to drive those accelerating structures. One way to increase the peak power is the use of RF pulse compression, where higher peak power can be attained over shorter pulse width. In this project, a demonstration of this idea, is done. However, the technique will be applied on a low power RF circuit, as it is the only technology available in hand. Simulation of the RF compression circuit is performed with the presentation of the theoretical idea. The RF pulse compression circuit will be fabricated, as well.
Advisor(s)
د. تامر مصطفى أبوالفضلAdvisor Email Addres(es)
Student Names
احمد ابوالفتوح محمد عبداهللاStudent Email Addresses
Required Tools/Software/Skills
so ware : MATLAB Mul sim Anso Designerskills : Simula ons Mathema cal modeling
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
Project Output
Hardware
Potential Customer
49
Project Title
Linux Cluster
Abstract
The team working in this area has to learn about the components of regular PCs, clusters, gnu/linux, clustering environments such as Oscar or Condor, and parallel programming. The students must accept that their work will be donated to the department and that any custom software they develop will become free software. Familiarity with any of the topics mentioned above or with the gnu/linux operating system is an advantage.
Advisor(s)
د. حسام علي فهمىAdvisor Email Addres(es)
Student Names
ايمن ابوالمجد احمد عبدالرحيم فرغلىStudent Email Addresses
Required Tools/Software/Skills
Linux, 9 PCs, knowledge about clustering and parallel programing
Estimated Cost
more than 5000External Source of Funding
Dr. Ahmed Tarek sayed
Sponsor
Project Output
Hardware
Potential Customer
Academic Institutions
د. أحمد طارق سيد
البراء بهجت عزت حسن
محمد ابراهيم محمد عبدالخالق
محمد منير محمود حمدى
مدحت حمدى محمد السيد حسن
50
Project Title
Wimax Channel Estimation
Abstract
Estimating the Wimax channel in order to compensate the effect of multipath fading & Doppler shift, as well as contribution in error correction to reach the minimum BER
Advisor(s)
د. حسام علي فهمىAdvisor Email Addres(es)
Student Names
رضوى مجدى عبدالغنى سليمانStudent Email Addresses
Required Tools/Software/Skills
Estimated Cost External Source of Funding
Sponsor
Intel
Project Output
software & hardware
Potential Customer
د. محمد نافع [email protected]
صافيناز عادل سليمان الشيخ
محمد محمد آامل سيد احمد بدر
محمود خطاب عبدالمقصود خطاب
مصطفى حسن مصطفى حسنى محمد
نسمه عبده عالءالدين محمد احمد
safy‐87‐@hotmail.com
mahmoud.kha [email protected]
51
Project Title
Fault Injection Tool for Embedded Operating Systems Evaluation
Abstract
Current operating systems technology is groaning under the weight of the requirements of embedded systems. An opened track of research at NARSS(National authority for Remote sensing and Space Sciences) is to evaluate the reliability of the different current operating systems –used in embedded systems‐ against faults and errors that occur in space. Space environment is harsh and bits flips are known to happen. Many different fault tolerance techniques are used to mitigate such faults. In order to evaluate those techniques without trying them in real environment is to design a SW test tool for that purpose. In this project it’s suggested to design and implement a tool that inject faults in the SW under test at run time and is able to detect the resultant impact on program’s execution.
Advisor(s)
د. حسام علي فهمىAdvisor Email Addres(es)
Student Names
اسماء احمد عويس ابوعمرهStudent Email Addresses
Required Tools/Software/Skills
Altera ep1c20 FPGA ‐ Leon RISC Processor Model ‐ MATLAB ‐ Eclipse (C++) ‐ gcc cross compiler ‐ Modelsim ‐ Quartus II ‐ GRMON ToolsEstimated Cost
less than LE 1000External Source of Funding
The Faculty/University
Sponsor
Project Output
Product Prototype
Potential Customer
NARSS (National Authority for Remote Sensing and Space Sciences)
د. محمد بكر ‐ د. أمل زآي ‐ د. عمر آامل [email protected]
ليلى احمد سعد احمد احمد
عال عبداهللا عبدالجيد شحاته
ساره احمد نجيب السيد شرف
52
Project Title
Al‐Qalam
Abstract
An Arabic font family for producing high quality typesetting simulating all the calligraphic effects in Arabic, Al‐Qalam intends to be complete tool for high quality Arabic Typesetting, it may be extended to serve other languages like Urdu, Farsi, and many others that use the Arabic alphabet, Al‐Qalam is developed in the free font‐making programming language METAFONT.
Advisor(s)
د. حسام علي فهمىAdvisor Email Addres(es)
Student Names
دعاء جمال الحسينى محمد ابوزيدStudent Email Addresses
Required Tools/Software/Skills
METAFONT: open‐source so ware.The rest is things that will help but unlikely to be available in any student and thus, not so required:1‐ Background in declara ve programming.2‐ Background in Arabic calligraphy.
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
Project Output
Software
Potential Customer
Everyone who uses the Arabic aphabet in Document typesetting.
ماجده جمال الدين عبدالعزيز محمد برآات
مروه موسى على موسى متولى
محمد سمير عبدالحميد حسن طايل
53
Project Title
Arithmetic Modules
Abstract
Our target is to design binary decimal redundant adder with different input ranges that is used in arithmetic blocks.
Advisor(s)
د. حسام علي فهمىAdvisor Email Addres(es)
Student Names
دينا ابراهبم محمد آمال الدين عبدالمجيدStudent Email Addresses
Required Tools/Software/Skills
VHDLMatlab
Estimated Cost External Source of Funding
Sponsor
Project Output
Software
Potential Customer
ايمان عبدالوهاب احمد سنوسى
نوران وحيد محمود الحريزى
هبة اهللا سيد دسوقى السيد برآات
54
Project Title
Hardware Design for Decimal Floating‐Point Adder compliant with IEEE 754‐2008
Abstract
Decimal Floating‐Point (DFP) computations are critical for many financial and commercial applications. with trends towords globalization, many laws and standards require Decimal calculations, consequently, specifications for Decimal Floating‐Point arithmetic were added to the IEEE‐754 standard for floating‐point arithmetic which was published originally in 1985
Advisor(s)
د. حسام علي فهمىAdvisor Email Addres(es)
Student Names
اسماء محمد فتح ابراهيم بدينىStudent Email Addresses
Required Tools/Software/Skills
Estimated Cost External Source of Funding
Sponsor
Project Output
Software
Potential Customer
مريم ابراهيم عبدالقادر مصطفى [email protected]
55
Project Title
Production Line with PLC & SCADA
Abstract
Production line is a mechanical hardware that makes sequence of operations under control of PLC & SCADA. These operations are, filling bottle with liquid, covering bottles and putting some bottles in separate boxes. PLC is responsible for executing sequence of operations on the mechanical hardware to achieve the required tasks.It provides alarms and stops any process if any mistake occurs in mechanical hardware. SCADA system makes a remote control on the production line, monitor the system and repair the mistake by manual control.
Advisor(s)
د. حنان أحمد آمالAdvisor Email Addres(es)
Student Names
أحمد حسن أحمد عطيةStudent Email Addresses
Required Tools/Software/Skills
Any PLC & SCADA programming tools. Some skills of mechanics of movement. PLC programming skills. SCADA programming skillsEstimated Cost
between LE 1000 and 5000External Source of Funding
We fund the project by ourselves
Sponsor
no sponsor
Project Output
The project is mechanical machine '' production line '' making operations on bottles so it is mixing between software ''SCADA'' & hardware ''production line machine ''Potential Customer
Factories bottling the bottles e.g. Juices factories
أحمد منصور مهدى سيد
بالل محمد عبدالسالم عبدالعزيز
طه عبدالغفار صالح محمد
نصر محمد على الجوبي
56
Project Title
Touch Screen Controlled R/C Car
Abstract
The purpose of this project is to control an R/C remote car using a Touch Screen. Both the user Touch Screen and the RC car are micro controller‐based systems equipped with RF transmitter & receiver circuits, the RC car motion are controlled using H‐Bridge & steering servo.
Advisor(s)
د. حنان أحمد آمالAdvisor Email Addres(es)
Student Names
آارولين اآرام ينى بقطرStudent Email Addresses
Required Tools/Software/Skills
AVRstudio. Code vision. Micro controllers structure & interface
Estimated Cost
between LE 1000 and 5000External Source of Funding
Sponsor
Project Output
Hardware
Potential Customer
robotics industries
مينا ابراهيم رزق
مينا جورج عوض انيس
مينا آمال وهبة
يوسف ارميس متري سعد اهللا
57
Project Title
Home Automation System
Abstract
There has been a quick development in automated systems area during the last decade. These days, the wireless automated systems with high speed and long range applications attract most of the attention. Our project is about building a home automated system using two control strategies; the first one is via speech recognition, while the second is remotely over the internet. The communication system in the project is based on Zigbee wireless technology (IEEE 802.15.4 Standard) which excelled other wireless technologies in low cost, low power, low data rate and has proved to be of much higher performance for home automation systems. The hardware system consists of microcontrollers, motors and sensors such as gas sensor and motion sensor.
Advisor(s)
د. حنان أحمد آمالAdvisor Email Addres(es)
Student Names
مريم شاآر عدلى شاآرStudent Email Addresses
Required Tools/Software/Skills
Tools: Atmega microcontrollers. ZigBee modules. VR stamp toolkit for sound recognition. Atmel AVR embedded internet kitSo ware: FluentChip so ware. Quick T2SI‐Lite. Code vision V2.03.4. X‐CTU (configuring Zigbee
Estimated Cost
more than 5000External Source of Funding
searching for fund
Sponsor
Project Output
Product Prototype
Potential Customer
مينا صدقى بخيت لوقا
مينا صفوت فؤاد قسطندى
مينرفا جورج انور عزيز
نورا انسى عيا ويصا
58
Project Title
Substrate Noise Coupling Measurement and Reduction
Abstract
Measuring the effect of digital switching noise injected in the substrate on analog devices and comparing several techniques of its reduction
Advisor(s)
د. عالء الروبيAdvisor Email Addres(es)
alaa_el‐[email protected]
Student Names
حازم ابراهيم محمود احمد سالمهStudent Email Addresses
Required Tools/Software/Skills
mentor tools( ICstation,ICstudio,design architect,eldo,calibre)
Estimated Cost
more than 5000External Source of Funding
The Sponsor
Sponsor
mentor graphics corp. egypt
Project Output
software/hardware
Potential Customer
cairo university, faculty of engineering
د. عمرو حافظ amr.hafez@si‐ware.com
محمد سعيد مصطفى سالم نصار
محمد صالح ابواليزيد صالح
59
Project Title
IEEE 802.15 ‐ 4 (ZigBee) Physical Layer Simulations
Abstract
Project aims to simulate the physical layer of IEEE 802.15‐4 standard (ZigBee) over MATLAB toolkit . Simulation of mandatory requirements of 2450 MHz ZigBee transceiver. Then implementation for the design over Texas Instruments 64xx‐DSK toolkit using C programming language.
Advisor(s)
د. محسن محروسAdvisor Email Addres(es)
Student Names
احمد جمال توفيق حمدىStudent Email Addresses
Required Tools/Software/Skills
Estimated Cost
less than LE 1000External Source of Funding
Internet
Sponsor
Project Output
Software
Potential Customer
اسامه فوزى عبدالباقى حسن
اشرف محمد محمود يوسف
جمال عبدالحميد احمد محمد
محمد ابراهيم محمد هميسه
60
Project Title
Handover Optimization Tool
Abstract
The project is intended to automate handover optimization process for both 3G & 2G technologies. The Tool will be able to handle low attempt relations, low Ho success percentage relations, optimizing some HO parameters, detecting missing IRAT relations,updating 2G with 3G scrambling code and detecting hardware proplems at sites. This will be achieved via accessing Vodafone database and OSS and creating algorithm to handle these subjects.
Advisor(s)
د. محمد خيرىAdvisor Email Addres(es)
Student Names
عمرو احمد هانى محمد عبدالقادر احمد سالمStudent Email Addresses
Required Tools/Software/Skills
Vodafone OSS and other Tools. C#. UNIX. ORACLE/ACCESS?SQL.
Estimated Cost
less than LE 1000External Source of Funding
The Sponsor
Sponsor
Vodafone Egypt
Project Output
Software
Potential Customer
Vodafone Egypt
م. محمد عبد الكريم [email protected]
محمد احمد انور عطااهللا
مصطفى فتحى محمود عطيه
عمر محمد آامل محمد
عبدالرحمن هانى محمد عسل
61
Project Title
Implementation of Wimax Symbol and Carrier Synchronization System
Abstract
Design wimax synchronization system (Acquisation and tracking) start from simulation till implementation
Advisor(s)
د. محمد خيرىAdvisor Email Addres(es)
Student Names
اميره مصطفى حسن مرسى علىStudent Email Addresses
Required Tools/Software/Skills
Matlab. VHDL.
Estimated Cost External Source of Funding
The Sponsor
Sponsor
Intel
Project Output
Potential Customer
د. حسام علي فهمى [email protected]
مياده عبدالعاطى يوسف سويلم
هايدى يحيى فتحى الغمراوى
62
Project Title
MIMO in LTE and WiMAX
Abstract
LTE and WiMAX (IEEE 802.16e) are two competing standards for offering high data rates to users. MIMO is used to increase the spectral efficiency of such systems, therefore allowing more bits Per user in a limited bandwidth. The objective of this project is to compare between the various MIMO Techniques (closed loop, CL, and open loop, OL) of LTE and WiMAX in terms of performance
Advisor(s)
د. محمد خيرىAdvisor Email Addres(es)
Student Names
احمد ابوالسعود زآى عبيدStudent Email Addresses
Required Tools/Software/Skills
Estimated Cost
less than LE 1000External Source of Funding
ourselves
Sponsor
None
Project Output
Software
Potential Customer
احمد النضر حسين احمد على
احمد صالح خليفه على
محمد احمد على على احمد
محمد حسن حلمى خليل
63
Project Title
Voda ‐Y smart
Abstract
It's software that can make some switching between specific peripherals which are fixed ADSL , Wireless and 3G broad band which represent Vodafone Communication package , the switching process will have two ways to happen , Automated mode and manual mode. And according to software requirements like : quialty and cost the switching process will be done to meet the requirements and keep the vodafone customer always Online.
Advisor(s)
د. محمد عبداهللاAdvisor Email Addres(es)
Student Names
احمد محمد حسين مصطفىStudent Email Addresses
Required Tools/Software/Skills
Visual Studio 2008 >> C#.net programming language .
Estimated Cost
between LE 1000 and 5000External Source of Funding
The Sponsor
Sponsor
Vodafone Egypt
Project Output
Software
Potential Customer
Vodafone Egypt
اسالم احمد نورالدين نوفل
اسالم حسنى صديق طه
اسالم عبدالرازق سعد ابراهيم
محمد خضراوى عبدالحميد عبدالعزيز
رامى محمد رضا ابراهيم عبدالعزيز
64
Project Title
Vodafone Mobile Quality Engine (MQA)
Abstract
Vodafone Mobile Quality Engine (MQA) is a tool that will be mainly used in monitoring the network performance through software on the mobile stations, this software will be used in gathering certain network parameters measured by the mobile station and sends them to the mobile network; such software will limit the needs for drive tests.
Advisor(s)
د. محمد عبداهللاAdvisor Email Addres(es)
Student Names
احمد رضوان حسن عبدالحميدStudent Email Addresses
Required Tools/Software/Skills
Symbian OS basics. ‐ R60 Platform. ‐ SQL. ‐ Carbide.C++ IDE. ‐ GSM. ‐ UMTS.
Estimated Cost
less than LE 1000External Source of Funding
The Sponsor
Sponsor
Vodafone Egypt
Project Output
Software
Potential Customer
Vodafone
رشا رياض عبدالحفيظ الشيخ
سلمى مصطفى زآريا خليل
سميه عزالدين محمد حسنى االبيارى
محمد ايمن حامد محمد عرفى
محمد مجدى محمد الحكيم
65
Project Title
Implementation of Wimax Communication system
Abstract
using the previous year software project, we will make the hardware of the the wimax prefect system using VHDL
Advisor(s)
د. محمد عبداهللاAdvisor Email Addres(es)
Student Names
احمد زآى طه احمدStudent Email Addresses
Required Tools/Software/Skills
VHDL. Matlab.
Estimated Cost External Source of Funding
The Sponsor
Sponsor
Intel
Project Output
Hardware
Potential Customer
د. أحمد شلش [email protected]
احمد محمد نبوى عبدالرحمن محمد مبروك
حسام الدين احمد حسنى احمد
عمر احمد عزالدين احمد
محمد اسماعيل السيد حلمى اسماعيل
hossam‐[email protected]
66
Project Title
Traffic Jam Avoidance
Abstract
Estimation of the Traffic Condition using GSM Network.
Advisor(s)
د. محمد عبداهللاAdvisor Email Addres(es)
Student Names
طارق محمد عوض محمد عودهStudent Email Addresses
Required Tools/Software/Skills
TEMS DriveTester / Java Software / SQL Database
Estimated Cost
more than 5000External Source of Funding
The Sponsor
Sponsor
Vodafone Egypt
Project Output
Product Prototype
Potential Customer
عادل جمال يوسف محمد العادلى
عادل محمود عبدالعال ماهر جاويش
عبدالعزيز نوح عبدالعزيز محمد بدوى
عمرو احمد عبدالفتاح حسين
67
Project Title
Covering Moving Objects (Nile cruiser)
Abstract
We are assigned to find a solution to improve the coverage on a moving object(Nile cruiser). And its main idea is to design a smart repeater that choose the optimum channel for coverage by using directional antenna instead of omni antenna.
Advisor(s)
د. محمد عبداهللاAdvisor Email Addres(es)
Student Names
احمد عثمان محمد شرفStudent Email Addresses
Required Tools/Software/Skills
Assembly. Mobile Communicationsِ
Estimated Cost
more than 5000External Source of Funding
The Sponsor
Sponsor
Vodafone
Project Output
Hardware
Potential Customer
Vodafone
احمد حمدى حسن حسن
محمد فرجانى عبدالستار عفيف
مستجير ابراهيم ابراهيم الفار
مصطفى ابراهيم عبدالحليم موسى
معتز حسن البنا حسين السيد
68
Project Title
Simulation of the PHY Layer of a DVB‐H Transmitter/Receiver Using MATLAB
Abstract
Simulation of the PHY layer of a DVB‐H Transmitter/Receiver Using MATLAB
Advisor(s)
د. محمود حامد اسماعيل Advisor Email Addres(es)
Student Names
دينا مدحت فوزى عيسىStudent Email Addresses
Required Tools/Software/Skills
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
Project Output
Software
Potential Customer
Mobile TV Industry
دعاء حامد سيد حامد على
نورا فتحى سيد عبدالعال
رانيا محمود قاسم على مجاور
ساره رضا عنتر عبدالعليم رزق
سمر على جبر عبدربه
69
Project Title
Simulation of Physical Layer LTE Mobile Transmitter/Receiver
Abstract
This project focuses on studying PHY. downlink shared channel transceiver. This physical layer study has been carried out by means of computer‐based simulation using Matlab.
Advisor(s)
د. محمود حامد اسماعيل Advisor Email Addres(es)
Student Names
ساره صالح محمد السيد على هريدىStudent Email Addresses
Required Tools/Software/Skills
Matlab
Estimated Cost
less than LE 1000External Source of Funding
No sources of funding ‐ simulation only
Sponsor
Project Output
Software
Potential Customer
سالى عالءالدين على مرسى
مروه فريد عطيه صالح
منى احمد محمود عبدالحميد
منى مرعى سالم مرعى
مى عبدالباقى عبدالكريم معيوف
70
Project Title
Simulation of the PHY Layer of a MediaFLO Transmitter/Receiver
Abstract
Design and implementation of a MediaFLO Transmitter/Receiver including acquisition and Channel estimation using MATLAB.
Advisor(s)
د. محمود حامد اسماعيل Advisor Email Addres(es)
Student Names
آريم احمد همام علىStudent Email Addresses
Required Tools/Software/Skills
Matlab
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
Project Output
Software
Potential Customer
محمد اسامه سعيد احمد محمد
محمد عبدالباسط جالل عبدالرحمن
محمود احمد رءوف عبدالعزيز
محمود حسن محمد صالح
مصطفى محمد محمد صالح الدين محمد
71
Project Title
GUI‐based Device Manager for Solaris Operating System
Abstract
The project aims at developing a GUI‐based device manager for the Solaris operating system used to add/update device drivers, autodetection of device state, diagnostics... etc.
Advisor(s)
د. هاني السيدAdvisor Email Addres(es)
Student Names
احمد محمد عبدالرحمن علىStudent Email Addresses
a7md‐[email protected]
Required Tools/Software/Skills
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
Sun Microsystems
Project Output
Software and Hardware
Potential Customer
Software Industry
امل قدرى ابراهيم منتصر
انجى اسالم ابراهيم ابراهيم زغلول
ايه صبرى صالح الدين عبدالغنى ابراهيم
محمد اسامه محمد ابوالخير محمد عبداهللا
هانى سمير ابراهيم الدسوقى
72
Project Title
Ver cal Handover Decision Algorithms between Heterogeneous Wireless Networks
Abstract
Heterogeneous wireless networks contain different standards including 3G and 4G networks (e.g. WiMax & LTE) operating simultaneously. For efficient usage of the variable resources, the Vertical Handover between these different networks is essential. This project objective is to simulate fast algorithms guiding the handover process. These algorithms calculate the cost function including the network parameters under consideration.
Advisor(s)
د. ياسمين علي فهميAdvisor Email Addres(es)
Student Names
احمد محمود صالح محمود امينStudent Email Addresses
Required Tools/Software/Skills
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
Project Output
Potential Customer
آريم حسنين السيد حسنين
آريم حسين عبدالرحمن حسين
هشام نبيل عبدالمجيد محمد حجازى
ياسر موسى محمود محمد عياد
73
Project Title
Implementation of WIMAX Control Unit
Abstract
A wimax mega project has been running for two years with the aim of implementing a fully functioned wireless communication system compatible with Wimax standard. Many of the building blocks have been implemented without a complete vision of the system requirements which may affect the overall system performance. The main object of the “Implementation of WIMAX control unit” is to integrate the different blocks of the transmitter and the receiver to satisfy the required performance of WIMAX standard. The project intended outcomes include the main clock generator as well as a state machine to control, Synchronize and integrate the blocks operation.
Advisor(s)
د. ياسمين علي فهميAdvisor Email Addres(es)
Student Names
محمود احمد راشد عبدالعالStudent Email Addresses
Required Tools/Software/Skills
Estimated Cost External Source of Funding
Sponsor
Project Output
Potential Customer
محمود السيد محمد عبدالعاطى
محمود عبدالعال عبدالقوى سعيد
محمود عبدالمنعم محمود السيد مرزوق
74
Project Title
Long Term Evolytion (LTE) Physical Layer Simulation
Abstract
LTE being one of the telecommunication technologies that has a promising future to lead the market into the next generation of mobile systems. LTE PHY layer introduces new concepts, these concepts are now applicable in today's telecommunication equipments.
Advisor(s)
د. ياسمين علي فهميAdvisor Email Addres(es)
Student Names
بولس حنا قداس دميانStudent Email Addresses
Required Tools/Software/Skills
good matlab simulation
Estimated Cost
less than LE 1000External Source of Funding
Sponsor
No Sponsor
Project Output
Software
Potential Customer
بيتر بشرى شحاته بطرس
بيشوى صبحى صدقى جريس
جوزيف عادل فخرى بخيت
75
Project Title
Simulation and Implementation of Automated parking lot using Zigbee control System
Abstract
An automated parking system operation include tracking vehicles , determining the park slot & other safety issues. To cover a huge already established parking lot. A cheap & easy to implement wireless control system will be zigbee Solution. This project objective is to simulate & implement this Zigbee wireless controller.
Advisor(s)
د. ياسمين علي فهميAdvisor Email Addres(es)
Student Names
مى عالء محمود حسنى عبداللطيف النجدىStudent Email Addresses
Required Tools/Software/Skills
Matlab ‐ Hardware(Zigbee Kits) ‐ Bitcloud software
Estimated Cost
between LE 1000 and 5000External Source of Funding
Sponsor
Project Output
software + Hardware
Potential Customer
نيفين احمد منتصر على احمد
هبة اهللا ابوغدى عبدالعزيز عزوز
هبة اهللا هانىء محمد محمد سليم
هبه محمد احمد معوض
والء احمد عبدالقادر جالل
76
Phone: 35678842 Fax: 35728564 E-mail Address: [email protected] Postal Address: Cairo University, Faculty of Engineering, Communications and Electronics Engineering Dept., Cairo University Street Giza, 12613