We consider transmit rate allocation and the associated cooperative decoding strategies in
uplink multi-cell networks where base stations (BSs) are connected by capacity-limited …

Linear precoding for cooperative multi-cell transmission can provide substantial gains in
user throughput, while channel state information (CSI) need to be available at the …

Cooperative decoding at the base stations (or access points) of an infrastructure wireless
network is currently well recognized as a promising approach for intercell interference …

We study the potential benefits of base-station (BS) cooperation for downlink transmission in
multicell networks. Based on a modified Wyner-type model with users clustered at the cell …

This papers considers the downlink of a wireless multicell downlink orthogonal frequency
division multiple-access (OFDMA) system where neighboring base-stations (BSs) can jointly …

Interference among multiple base stations that coexist in the same location limits the
capacity of wireless networks. In this paper, we propose a method to design a single/multi …

Multicell joint processing can mitigate inter-cell interference and thereby increase the
spectral efficiency of cellular systems. Most previous work has assumed phase-aligned …

A distributed solution is proposed for the coordinated multi-cell multi-antenna minimum
power beamformer design problem with single-antenna users. The minimum power …

This paper studies downlink multicell cooperative transmission with imperfect CSI sharing
led by backhaul latency, assuming full data sharing amongst coordinated base stations …

A multi-user downlink system is considered, in which a base station (BS) serves multiple
user equipments (UEs). It is assumed that, to improve the downlink performance, the UEs …