Supervised PhDs

• Joseph Doumit (2020-): Optimizing resource allocation for IoT devices using uncoordinated and non-orthogonal spectrum access.

• Fatima Hamdar (2020-): Investigation of novel filtered multi-carrier waveforms in the context of massive MIMO systems, mmWaves and terahertz communications.

• Titouan Gendron (2018-): Novel architectures for forward error correcting codes combining iterative and list-based decodings.

• Oualid Mouhoubi (2017-): New challenges for the implementation of 5G forward error correction decoders.

• Vinh Hoag Son Le (2017-2021): Design of Next-Generation Tbps Turbo Codes.

• Antoine Kilzi (2017-2021): New approaches for interference management in future generation networks for 5G and beyond using NOMA.

• Marie-Josepha Youssef (2017-2020): New approaches for resource allocation in future communication networks using NOMA and UAVs.

• Rami Klaimi (2015-2019): Study of non-binary turbo codes for future communication and broadcasting systems.

• Marie-Rita Hojeij (2014-2018): Resource allocation techniques for non-orthogonal multiple access systems.

• Jeremy Nadal (2014-2017): Filtered multicarrier waveforms in the context of 5G : novel algorithms and architecture optimizations. Laureat of the 2019 PhD Thesis Prize in Radioscience - URSI France.

• Naïla Lahbabi (2014-2017): Faster than Nyquist transceiver design : algorithms for a global transmission-reception enhancement.

• Ahmed Abdmouleh (2013-2017): Non-binary LDPC codes associated to high order modulations.

• Ronald Garzon-Bohorquez (2011-2015): Advanced coding and interleaving techniques for next generation communication and broadcasting systems.

• Ali Haroun (2010-2014): Iterative receiver for a multi-antenna system based on belief propagation algorithm.

• Ammar El Falou (2009-2013): Analysis and design of space-time block codes for coded MIMO transmissions.

• Meng Li (2008-2012): Design, implementation and prototyping of an iterative receiver for bit-interleaved coded modulation system dedicated to DVB-T2.