Mustapha Amara Email and Phone Number

Laboratory: CEDRIC. Radio communications department (LAETITIA).The work has been done in the SAMSUFI project for the interference MU-MIMO channel: I have proposed a low complexity recursive solution offering Interference Alignment performances without its drastic feasability constraints. The second phase of my work aimed at the proposition of a decentralized solution. Thus the proposed algrithm has been trasformed to require the least information exchange between interfering pairs… Show more Laboratory: CEDRIC. Radio communications department (LAETITIA).The work has been done in the SAMSUFI project for the interference MU-MIMO channel: I have proposed a low complexity recursive solution offering Interference Alignment performances without its drastic feasability constraints. The second phase of my work aimed at the proposition of a decentralized solution. Thus the proposed algrithm has been trasformed to require the least information exchange between interfering pairs without performance degradation.I have also participated on research on the FBMC modulation technique and it’s applications in cognitive radio. Show less

Communications Mobiles department ( MC ).The studies were in the same scope as my thesis and were essentially centered on the role to be affected to each antenna in a MU-MIMO system in order to optimize throughput in an imperfect Channel State Information case. This work was part of the CROWN and NEWCOM++ projects.

Projects have been carried out at RIDE department at France T´el´ecom R&D in collaboration with the Mobile Communications department at EURECOM.The thesis was about optimally allocating resources on the broadcast channel ( Downlink ) for future communication systems. I was affected the tasks of design and implementation of algorithms for spacial ressource allocation in order to maximize the total throughput of a downling MU-MIMO cellular system. These proposed low complexity linear… Show more Projects have been carried out at RIDE department at France T´el´ecom R&D in collaboration with the Mobile Communications department at EURECOM.The thesis was about optimally allocating resources on the broadcast channel ( Downlink ) for future communication systems. I was affected the tasks of design and implementation of algorithms for spacial ressource allocation in order to maximize the total throughput of a downling MU-MIMO cellular system. These proposed low complexity linear precoder/decoder construction algorithms consider maximizing the number of served users and the number of affected streams either in function of some service QoS requirements considered as priorities or simply ensuring fairness. Contributions were made through Orange Labs and Eurecom to the 3rd Generation Partnership Project (3GPP) and Beyond 3 G (B3G) at OrangeLabs as well as normalizations of the multiple antenna support for LTE. Show less