Paper Info
Title
Rate-aware three phase analog network coding with low-complexity multi-antenna relay processing
Abstract
A low-complexity design of multi-antenna relay processing is proposed for two-way relay networks with asymmetric data flows. The proposed scheme adopts three-phase (3P) analog network coding (ANC) which allows orthogonal transmission of two communicating nodes to overcome some disadvantages of two-phase (2P) ANC protocols. For the 3P ANC, we propose antenna selection at the relay to exploit the diversity without channel estimation and rate-aware relay power allocation (RPA) to improve the outage performance under the asymmetric rate requirements. The results show that the proposed scheme without or with RPA outperforms the conventional two-phase ANC significantly in various relay locations. It is also shown that the suboptimal RPA proposed for practical implementation provides a performance close to that of the optimal RPA.
Year
DOI
Venue
2014
10.1109/WCNC.2014.6952276
WCNC
Keywords
Field
DocType
relay networks (telecommunication),rate-aware relay power allocation,2p anc protocols,protocols,rpa,rate-aware three phase analog network coding,antenna selection,two-way relay networks,3p anc,rate awareness,asymmetric data flows,orthogonal codes,outage performance,antenna arrays,relay power allocation,analog network coding,relay locations,communicating nodes,two-way relay,two-phase anc protocols,orthogonal transmission,asymmetric rate requirements,low-complexity multiantenna relay processing,channel estimation,outage probability,network coding,resource management,antennas,signal to noise ratio
Linear network coding,Relay channel,Computer science,Communication channel,Computer network,Exploit,Three-phase,Relay,Link Access Procedure for Frame Relay
Conference
ISSN
Citations 
PageRank 
1525-3511
2
0.36
References 
Authors
6
3
Name
Order
Citations
PageRank
Jin Soo Wang1676.60
Seong Ro Lee215226.32
Yun Hee Kim324732.95