Name

Mostafa salah Abd-Alhafez

Date of Birth

Place of Birth

Nationality

Address

1/5/1981

Sohag, Egypt

Egyptian

El-aked street, Akhmim city, Sohag.

E-mail

engmsam1@gmail.com ,  mostafa.salah@eng.sohag.edu.eg

Phone

0107028548

Present Occupation

Lecturer at Electrical Engineering Dept., Sohag Faculty of Engineering, Sohag University. (From Jan. 2018 )

Academic Qualifications

B. Sc.

Electrical & Electronics Engineering, Assiut University, May 2003,

Average Grade: Very Good, B.Sc. Project : Grade of Distinction.

M. Sc.

Electrical  Engineering,  Assiut  University,  Egypt,  Dec.  2010,

Title:  “ Tag anti-collision protocols for RFID systems”

PhD

Electrical  Engineering,  Assiut  University,  Egypt,  Dec.  2017,

Title:  “  New approaches for Multi-carrier frequency division multiplexing systems”

Teaching

Signals and systems, Digital Signal Processing and Electrical and Electronic Measurements.

1

Usama Sayed Mohamed and Mostafa Salah, “Parallel Binary Tree Splitting Protocol for Tag Anti-collision in RFID Systems”, Proceeding of the 4th IEEE international workshop in Design and Test (IDT09), Riyadh, Saudia Arabia, Nov. 2009.

2

Usama Sayed Mohamed and Mostafa Salah,” Fast and Simple Anti-collision Protocol Based on Up-Down Counter and One Bit Reader Response”, IWRT- International Workshop on RFID Technology-Concepts, Applications, and Challenges, . Funchal, Madeira, Portugal,

June 2010, page 113-123.

3

Usama  Sayed  Mohamed  and  Mostafa  Salah,  “Tag  Anti-collision  Algorithm  for RFID Systems with Minimum Overhead Information in the Identification Process”, in the Radioengineering journal, vol. 20, no. 1, April 2011, Impact Factor 0.739.

4

Usama Sayed Mohamed and Mostafa Salah,” Fast Anti-collision Protocol for Fixed and moving Scenario in RFID Systems”, The 3rd National Information Technology Symposium (NITS 2011), Riyadh, Saudi Arabia, Mar 6, 2011 .

5

Usama Sayed Mohamed and Mostafa Salah,” Integrated Reader and Tag Anti-collision Protocol in RFID Systems based on Similar Topology Trees” , the International Journal of Radio Frequency Identification Technology and Applications, Int. J. Radio Frequency Identification Technology and Applications (IJRFITA), Vol. 4, No. 2, 2013

6

M. Salah, Osama A. Omer,  Usama S. Mohamed, “Damped frequency division multiplexing: A super-resolution multicarrier scheme”, 4th International Japan-Egypt Conference on Electronics, Communications and Computers (JEC-ECC), June 2016.

7

M. Salah, Osama A. Omer, Usama S. Mohamed, “Damping Shift Keying (Dsk): A New Modulation Space for Single Carrier Communications”, 34th National Radio Science Conference (NRSC 2017), March 13‐16, 2017, Alex, Egypt, 2017.

8

M. Salah, Osama A. Omer, Usama S. Mohamed, “Joint Compressive Sensing Framework for Sparse Data/Channel Estimation in Non-Orthogonal Multicarrier Scheme”, in journal of engineering science (JES), vol. 44, no. 5, pp. 537- 554, Sept. 2016.

9

M. Salah, Osama A. Omer, Usama S. Mohamed, “Compressive Sensing Approach in Multicarrier Sparsely Indexing Modulation Systems”, china communication, CNCOMM-2017-0047.R3, pp. 151-166, Nov. 2017.

10

M. Salah, Osama A. Omer, Usama S. Mohamed, “Enhanced MFSK spectral efficiency based on super-resolution spectral estimation”, International Symposium on Wireless Communication (ISWC 2018), Egypt.

Current research interests

Wireless communication in general, especially, Index modulation, 3GPP and IEEE standardization for physical layer and emerging compressive sensing in sparse index modulation.