We consider a multicell frequency-selective fading uplink channel (network MIMO) from K
single-antenna user terminals (UTs) to B cooperative base stations (BSs) with M antennas …

We consider a multi-cell, frequency-selective fading, uplink channel (network MIMO) where
K user terminals (UTs) communicate simultaneously with B cooperative base stations (BSs) …

In network MIMO cellular systems, subsets of base stations (BSs), or remote radio heads, are
connected via backhaul links to central units (CUs) that perform joint encoding in the …

We consider a MIMO fading broadcast channel where the fading channel coefficients are
constant over time-frequency blocks that span a coherent time xa coherence bandwidth. In …

We consider forward-link multiuser MIMO transmission, whereby K users are served by a
base station with a large number of (potentially distributed) transmit antennas. We address …

High data rates give rise to frequency-selective propagation effects. Space-time multiplexing
and/or coding offer attractive means of combating fading and boosting capacity of multi …

In systems employing coordinated base station transmission and reception (also known as
network MIMO), information needs to be shared among clusters of coordinated bases. This …

Multiple antenna systems are known to provide very large data rates, when the perfect
channel state information (CSI) is available at the receiver. However, this requires the …

We consider the downlink of a multicell system with multiantenna base stations and single-
antenna user terminals, arbitrary base station cooperation clusters, distance-dependent …

We investigate the achievable rate of receive antenna selection MIMO systems in the
presence of mutual coupling and spatial correlation. For that, we assume the antenna array …