Paper Info
Title
Linear transceivers for full duplex MIMO relays
Abstract
Full duplex (FD) relays can provide throughput enhancements compared to half duplex (HD) operation. However, FD relays are known to suffer from loopback interference (LI) issues that degrade their performance. In this paper, we present several different precoder and weight vector designs using the principles of signal to leakage plus noise ratio, minimum mean square error and zero forcing to investigate the performance of a FD multiple input multiple output (MIMO) relay system. We derive a closed-form solution for the covariance matrix of the transmitted signal at the relay which enables a performance evaluation of a wide range of transceivers. Results show that performance improvements over HD can be achieved using only spatial processing (linear precoders and receive combiners) and that LI reduction at the relay is preferable to pre-cancellation at the relay transmitter.
Year
DOI
Venue
2014
10.1109/AusCTW.2014.6766420
Communications Theory Workshop
Keywords
Field
DocType
mimo communication,covariance matrices,least mean squares methods,multiplexing,radio transceivers,relay networks (telecommunication),covariance matrix,full duplex mimo relays,linear transceivers,loopback interference,minimum mean square error,multiple input multiple output relay system,precoder and weight vector,relay transmitter,signal to leakage plus noise ratio,spatial processing,transmitted signal,zero forcing
Transmitter,Telecommunications,Control theory,Computer science,MIMO,Minimum mean square error,Electronic engineering,Interference (wave propagation),Covariance matrix,Multiplexing,Relay,Duplex (telecommunications)
Conference
Citations 
PageRank 
References 
10
0.56
10
Authors
4
Name
Order
Citations
PageRank
Cheng Yu Andy Shang1100.56
Peter J. Smith21544134.34
Graeme K. Woodward3100.56
Himal A. Suraweera42639117.31