On Second-Order Statistics of Full-Duplex Relaying
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Although the outage probability of full-duplex relaying communications has been extensively investigated, its outage rate and duration - crucial to the design of effective signaling schemes - remain an open problem. Herein we narrow this gap by analyzing a full-duplex, variable-gain transparent relaying protocol operating in a standard (Nakagami- m ) fading environment. We obtain exact as well as asymptotic expressions for the outage rate and duration. Also, as a byproduct, we generalize an existing asymptotic solution for the outage probability. Our results reveal that, at high transmission power, the relay-to-destination link's strength and mobility have a negligible impact on the outage rate and duration of full-duplex relaying.
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Amplify-and-forward, average fade duration, full duplex, level crossing rate, Nakagami-m fading, residual loop interference, variable gain
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IEEE Communications Letters, v. 25, n. 4, p. 1104-1108, 2021.
