Hello! I'm Ali
I am a Post-Doctoral Researcher at the Institute of Electronics and Telecommunication of Rennes (IETR).
I received my Ph.D. from the Institut National des Sciences Appliquées de Rennes (INSA) in Novembre 2018, the BE in telecommunications from the Lebanese University - France, and the MS in Digital Signal Processing from INP Grenoble - France. Currently, I am pursuing my research at IETR focusing on MIMO communications and Spatial Modulations.
Ali MOKH
PhD.
Phone:
+33 2 23 23 89 63
Email:
Address:
20 Avenue des Buttes de Coesmes
35708, Rennes, France
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Date of Birth:
Octobre 21, 1992
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EXPERIENCE
2015-2019
Ph.D. + Post Doc
IETR - INSA de Rennes
Project: Spatial Modulation for Connected Devices
Title : ”Multi-antennas Systems and spatial modulation for low power connected devices. Analytical Studies and implementation
2015
Internship
GIPSA LAB - INP Grenoble
Advenced Multicarrier Modulations Equalization (OFDM/OQAM)
Evaluation of the OFDM/OQAM modulation on a mobile and multipath channel.
2014
Internship
Tell Inc. - Beirut
Configuration of a ”Cisco” router and a firewall for a VPN network between end user (phone or laptop) and ”Arduino” microcontroller configured as a Web-Server.
EDUCATION
2014-2015
Master's Degree
INP Grenoble - France
Masters of Science research Signal Processing: Signal, Image, Telecom
2010-2015
Bachelor's Degree
Lebanese University - Lebanon
Computer and Communication Engineering
2010
High School Diploma
Hermel HIGH SCHOOL
​A-level in mathmatics
2014-2015
Master's Degree
INP Grenoble - France
Masters of Science research Signal Processing: Signal, Image, Telecom
2010-2015
Bachelor's Degree
Lebanese University - Lebanon
Computer and Communication Engineering
2010
High School Diploma
Hermel HIGH SCHOOL
​A-level in mathmatics
Patents
SPATIAL MODULATION TECHNIQUE AND ASSOCIATED RECEIVER DEVICE
Issued Mar 2016 Patent issuer and number fr WO2017FR50253 20170203
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The invention relates to a method of transmission from at least one transmit antenna (EA) to all or some of n reception antennas (RA) comprising at least one transmission step suitable for transmitting a first binary information item by using the absence of focusing from the transmit antenna to any one of said n reception antennas (RA), during a predetermined integer number k of symbol times and/or a modulation of the power transmitted by at least one transmit antenna (EA), participating in a coding of a second binary information item. The invention also relates to a receiver - decoder (REC) suitable for reception according to the method.
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See Patent
Publications
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Mokh, A., Shehata, M., Crussière, M., & Hélard, M. (2019). Analytical performance of hybrid beam index modulation. IEEE wireless communications letters.
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Phan-Huy, D.-T., Kokar, Y., Rachedi, K., Pajusco, P., Mokh, A., Magounaki, T., ..., Malhouroux-Gaffet, N. et al. (2019). Single-carrier spatial modulation for the internet of things: design and performance evaluation by using real compact and reconfigurable antennas. IEEE Access.
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Mokh, A., Crussière, M., Hélard, M., & Di Renzo, M. (2018). Theoretical performance of coherent and incoherent detection for zero-forcing receive antenna shift keying. IEEE access, 6, 39907–39916.
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Mokh, A., Hélard, M., & Crussı,̀ M. (2019). Extended space shift keying modulation with different receiver strategies. In International conference on telecommunication.
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Shehata, M., Mokh, A., Crussière, M., Hélard, M., & Pajusco, P. (2019). On the equivalence of hybrid beamforming to full digital zero forcing in mmwave mimo. In 26th internatinal conference on telecommunication (ict 2019).
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Mokh, A., Crussière, M., & Hélard, M. (2018). Performance analysis of extended rask under imperfect channel estimation and antenna correlation. In 2018 ieee wireless communications and networking conference (wcnc). IEEE.
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Mokh, A., Hélard, M., & Crussiere, M. (2018). Extended receive spatial modulation mimo scheme for higher spectral efficiency. In 2018 ieee 87th vehicular technology conference.
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Mokh, A. & Siclet, C. (2018). Ofdm/oqam transmission over time-frequency dispersive channels: interference computation and approximation. In Ict 2018| 25th international conference on telecommunication.
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Mokh, A., Crussière, M., & Hélard, M. (2017). Performance analysis of the maximum ratio transmission preprocessing for extended receive antenna shift keying. In 2017 international symposium on wireless personal multimedia communications (wpmc). IEEE.
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Mokh, A., Hélard, M., & Crussière, M. (2017a). Extended receive antenna shift keying. In2017 ieee international conference on telecommunication (ict). IEEE.
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Mokh, A., Hélard, M., & Crussière, M. (2017b). Space shift keying modulations for low complexity internet-of-things devices. In 2017 global communications conference (globecom). IEEE.
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Mokh, A., Kokar, Y., Hélard, M., & Crussière, M. (2017). Time reversal receive antenna shift keying on mimo los channel. In 2017 international conference on sensors, networks, smart and emerging technologies (senset). IEEE.
SKILLS
LABVIEW - Advanced
MATLAB- Advanced
LATEX - Advanced
Arabic - Mother Tongue
English - Advanced
French - Advanced
EXPERTISE
Telecommunications
Digital Signal Processing - Wireless Communication - Radio Systems - MIMO systems - OFDM - Spatial Modulation - Networking
Electronics
PCB- Microcontrollers - VHDL prototyping - Microcomputers (Pine64 - Raspberry pi)
Mathematics
Probability - Analysis - Algebra - Optimizations