Mohammed Abbas Abdelrady Abdelhamed

Faculty of Engineering

Assiut University

Department
Electrical Engineering Department
Fax No
0020882332553
Email:
m-abbas@aun.edu.eg
MIS Email
m-abbas@aun.edu.eg
Mobile
+201011519526
Office
0020882411038
Google Scholar
google_scholar

Ph.D. In Electrical Engineering, Faculty of Engineering, The University of Tokyo, Japan , 2006
M. Sc. In Electrical Engineering, Faculty of Engineering, Assiut University,Egypt 1996
B. Sc. In Electrical Engineering, Faculty of Engineering, Assiut University,Egypt 1992


Professor Faculty of Engineering, ِِAssiut University , 2019

Associate Professor Faculty of Engineering, Assiut University , 2013

Lecturer Faculty of Engineering, Assiut University , 2006

Assistant Lecturer Faculty of Engineering, Assiut University , 1996

Demonstrator Faculty of Engineering, Assiut University , 1993
# Title Research Year
1 Fully integrated wide dynamic range optical receiver for Near Infrared Spectroscopy 2019
2 CMOS Transimpedance Amplifiers for Biomedical Applications: A Comparative Study 2019
3 A Low Power Programmable Gain Integrated Front-End for Electromyogram Signal Sensing 2018
4 Low-cost methodology for fault diagnosis and localization in pipelined ADCs
 		2018
5 An Ultralow-Power High-Gain Biopotential Amplifier for Electromyogram Signal Recording. 2017
6 Transferring Electromyogram Signal between Limbs 2016
7 Defect diagnoses and localization methodology for pipelined ADCs
 		2016
8 Current-reuse transimpedance amplifier with active inductor
 		2015
9 A 23ps resolution Time-to-Digital converter implemented on low-cost FPGA platform
 		2015
10 A 23ps resolution Time-to-Digital converter implemented on low-cost FPGA platform 2015
11 An Adaptive Digital Background Calibration Technique using Variable Step Size LMS for Pipelined ADC 2014
12 A Fast Power Efficient Equalization-Based Digital Background Calibration Technique for Pipelined ADC 2014
13 A Flash TDC with 2.6-4.2ps Resolution Using a Group of Unbalanced CMOS Arbiters 2014
14 A Low-Power Low-Delay Dispersion Comparator for High-Speed Level-Crossing ADCs 2013
15 Novel Technique for Reducing the Comparator Delay Dispersion in 45nm CMOS Technology for Level-Crossing ADCs 2012
16 CMOS Flash TDC with 0.84 – 1.3 ps Resolution Using Standard Cells 2012
17 Low Delay Dispersion Comparator for Level-Crossing ADCs 2012
18 Feedforward Compensation Technique for comparator delay dispersion for level-crossing ADCs 2012
19 A Low Propagation Delay Dispersion Comparator for Low Cost Level-Crossing ADCs 2012
20 Fault Detection and Diagnoses Methodology for Adaptive Digitally-Calibrated Pipelined ADCs 2011
21 Novel Technique for Minimizing the Comparator Delay Dispersion in 65nm CMOS Technology 2011
22 Application of a Continuous-Time Level Crossing Quantization Method for Timing Noise Measurements 2011
23 An Automatic Test Generation Framework for Adaptive Mixed-Signal Systems 2010
24 Cost-Effective Test Methodology for Analog and Mixed-Signals in SoCs 2010
25 Clocked Comparator for High-Speed Applications in 65nm Technology 2010
26 An Automatic Test Generation Framework for Digitally-Assisted Adaptive Equalizers in High-Speed Serial Links 2009
27 An Automatic Test Generation Framework for Digitally-Assisted Adaptive Equalizers in High-Speed Serial Links 2009
28 Signature-Based Testing for Adaptive Digitally-Calibrated Pipelined Analog-to-Digital Converters 2009
29 GA-Based Test Generation for Digitally-Assisted Adaptive Equalizers in High-Speed Serial Links 2009
30 Signature-Based Testing for Digitally-Assisted Adaptive Equalizers in High-Speed Serial Links 2009
31 Noise Immunity Investigation of Low power Design schemes 2006
32 On-chip detector for single-event noise sensing with voltage scaling function 2006
33 On-chip 8GHz Non-Periodic High-Swing Noise Detector 2006
34 Statistical Model for Logic Errors in CMOS Digital Circuits for Reliability-Driven Design Flow 2006
35 On-chip Detector for Non-Periodic High-Swing Noise Detection 2005
36 On-chip Non-Periodic High-Swing Noise Detector 2005
37 Noise Effects on Performance of Low Power Design Schemes in Deep Submicron Regime 2004
38 On High Noise Immunity CMOS Design Scheme with Low Leakage Power Consumption 2004
    1. Mohamed Zanaty, “Design and modeling of Nano / Micro electromechanical resonators for biosensing applications”, Electrical Engineering Department, Faculty of Engineering,  Assiut University, Egypt, 2013.
    2. Ahmed Khaled, “Characterization of bio-coated MEM resonators for molecular sensing applications”, Electrical Engineering Department, Faculty of Engineering,  Assiut University, Egypt, 2013.
    3. Kasem Khalil, “Design of comparators and high performance TDCs for level-crossing ADCs”, Electrical Engineering Department, Faculty of Engineering,  Assiut University, Egypt, 2014.
    4. Nahla Tarek, " Adaptive Power-Efficient Background Calibration Technique for Digitally Assisted Pipelined ADCs ", Arab ACADEMY for Science, Technology and Maritime TRANSPORT, Alexandria, Egypt, (2014)
    5. Diaa Mahmoud, " High Speed Optical Receivers in Nanometer CMOS Technology ", Electrical Engineering Department, Faculty of Engineering,  Assiut University, Egypt  (2016)
    6. Ahmed Atef, " Wide Dynamic Range High Sensitivity Optoelectronics Integrated Circuits for Sensing Biomedical Signals " Electrical Engineering Department, Faculty of Engineering,  Assiut University, Egypt  (2017)
    7. Ashraf Ramadan, “Cost-effective test methodologies for pipelined ASCs”, Electrical Engineering Department, Faculty of Engineering,  Assiut University, Egypt (2018)
    8. Ehab Hamad, " EMG Signal Sensing and Regeneration for Skeletal Muscles Rehabilitation " Electrical Engineering Department, Faculty of Engineering,  Assiut University, Egypt . (2018)
    9. Abdulrahman El-Kelby, "Economical Study of Load Shifting & Load Shaving of PV Implementation Using Dynamic Tariff in Riyadh.", King Saud University, EE Dept., Kingdom of Saudi Arabia (2021)
    10. Nawaf Al-Jehany, " Design Techniques of Low Power Successive Approximation Register Analog to Digital Converter for Portable and Implantable Biomedical Devices", King Saud University, EE Dept., Kingdom of Saudi Arabia (2021)

 

الجمعيات العلمية و النقابات :

  1. Best paper award of IEEE JEC-ECC 2012 conference, Alexandria, Egypt 2012.
  2. Patent: “Low Delay Dispersion Comparator – The university of Tokyo”
  3. January-2008 to present      : Member of IEEE Solid State Circuit Society
  4. Technical Program Committee member of IEEE JAC-ECC 
  5. Technical Program Committee member of IEEE International Design and Test Symposium (IDT)
  6. Technical Program Committee member of IEEE International Symposium on Electronic System Design (ISED)
  7. Member of Engineers Syndicate, Egypt.

Research Projects