JOURNAL ARTICLE

Opportunistic Symbiotic Backscatter Communication Systems

Hancheng YangHaiyang DingMaged Elkashlan

Year: 2022 Journal:   IEEE Communications Letters Vol: 27 (1)Pages: 100-104   Publisher: IEEE Communications Society

Abstract

This letter proposes an opportunistic commensal mechanism (OppCom) and an opportunistic parasitic mechanism (OppPar) for a pair of backscatter devices (BDs) to strengthen the concurrent transmission of the primary and the backscatter systems. It is shown that the asymptotic outage probability of the OppCom and OppPar mechanisms is not affected by the channel statistics between the two BDs. Also, for the OppPar mechanism, the backscatter efficiency ratio between the two BDs, instead of their individual values, dominates the system outage performance and a larger difference of the backscatter efficiencies leads to a better transmission robustness.

Keywords:
Backscatter (email) Robustness (evolution) Computer science Transmission (telecommunications) Channel (broadcasting) Communications system Statistics Telecommunications Transmission channel Fading Computer network Wireless Mathematics

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11
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1.18
FWCI (Field Weighted Citation Impact)
12
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0.75
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Citation History

Topics

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