Feedback Limit e, Coop eration et Coordination dans les Syst emes Cellulaires Multi-antennaires

Cette these traite certains aspects lies a deux scenarios dans lesquels des techniques MIMO peuvent etre implementees : - Nous nous interessons d'abord a la voie descendante d'une cellule isolee ou une station de base (SB) dotee de plusieurs antennes sert des utilisateurs mono-antenne. Dans un tel systeme, la connaissance du canal au niveau de l'emetteur joue un role particulierement important. Vus cette importance et le fait que l'acquisition de cette connaissance necessite l'usage de ressources en voie ascendante, nous contribuons deux idees pour beneficier au mieux de la ressource dediee au feedback : la premiere consiste en une procedure de transmission en deux etapes, la deuxieme est une strategie decentralisee dans laquelle chaque utilisateur varie le nombre de bits utilises pour quantifier le canal en maintenant un debit moyen. - Ensuite, des scenarios multicellulaires sont consideres ou des techniques MIMO peuvent ameliorer la performance quand la totalite du spectre est reutilisee dans chaque cellule. Ainsi l'incorporation de plusieurs antennes au niveau d'une SB permet d'attenuer l'interference causee au niveau des cellules voisines. Une strategie de precodage est proposee qui necessite une connaissance locale du canal seulement qui dans de nombreux cas a une performance analogue a celles de strategies centralisees ou iteratives. Les techniques MIMO peuvent egalement etre etendues au traitement conjoint des signaux (multicell processing). Nous commencons a examiner le traitement des limitations liees aux couts en termes de backhaul pour le partage des donnees a envoyer et de l'information sur le canal.

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