MMSE relaying strategies under jamming, channel uncertainty, node geometry, and power constraint
Lee, Kanghee Kwon, Hyuck M. Yang, Jie Sawan, M. Edwin Park, Hyuncheol Lee, Yong H.
Lee, Kanghee
Kwon, Hyuck M.
Yang, Jie
Sawan, M. Edwin
Park, Hyuncheol
Lee, Yong H.
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2013
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Keywords
Amplify-and-forward relay,Minimum mean square error (MMSE),Partial-band noise jamming (PBNJ),Node geometry (NG),Channel uncertainty
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Citation
Lee, Kanghee; Kwon, Hyuck M.; Yang, Jie; Sawan, M. Edwin; Park, Hyuncheol; Lee, Yong H. 2013. MMSE relaying strategies under jamming, channel uncertainty, node geometry, and power constraint. Vehicular Technology Conference (VTC Fall), 2013 IEEE 78th, Date of Conference: 2-5 Sept. 2013:ppg. 1-5
Abstract
An amplify-and-forward (AF) relay network has been studied extensively, but a closed form of an optimal AF relaying matrix is not available yet for the distributed AF relay network with the destination power constraint (DPC) and the following adverse environments: (a) partial-band noise jamming (PBNJ), (b) node geometry (NG), and (c) channel uncertainty (CU). Hence, this paper presents a closed form of an optimum AF relaying matrix consisting of a one-source-one-destination pair and N relay nodes under such adverse PBNJ, NG, CU, and DPC environments, based on the minimum mean square error (MMSE). By adopting the optimal relay amplifying matrix, the MMSE cost function behaviors are analytically and numerically studied.
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IEEE
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Vehicular Technology Conference (VTC Fall), 2013 IEEE 78th;
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1090-3038