2022
DOI: 10.1007/s13369-022-06890-7
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Effect of Hardware Imperfections and Energy Scavenging Nonlinearity on Overlay Networks in $$\kappa -\mu $$ Shadowed Fading

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Cited by 7 publications
(17 citation statements)
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“…This paper generalizes Solanki et al 16 and Le‐Thanh and Ho‐Van 46 as follows: We leverage the PS‐{PD, SD} direct channels for enhancing the probability of exactly decoding PS's information at both PD and SD, increasing the possibility of correctly decoding SS's information at SD. It is recalled that Solanki et al 16 and Le‐Thanh and Ho‐Van 46 ignored the PS‐SD direct channel. We generalize the piecewise NLES model in Solanki et al 16 and Le‐Thanh and Ho‐Van 46 by taking into account the sensitivity of the ES, making the NLES model more practical. We analyze the primary and secondary outage probabilities for both the SC and the MRC while Solanki et al 16 and Le‐Thanh and Ho‐Van 46 only considered the SC. It is noted that there is a trade‐off between the performance and the complexity of the SC and the MRC.…”
Section: Introductionmentioning
confidence: 88%
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“…This paper generalizes Solanki et al 16 and Le‐Thanh and Ho‐Van 46 as follows: We leverage the PS‐{PD, SD} direct channels for enhancing the probability of exactly decoding PS's information at both PD and SD, increasing the possibility of correctly decoding SS's information at SD. It is recalled that Solanki et al 16 and Le‐Thanh and Ho‐Van 46 ignored the PS‐SD direct channel. We generalize the piecewise NLES model in Solanki et al 16 and Le‐Thanh and Ho‐Van 46 by taking into account the sensitivity of the ES, making the NLES model more practical. We analyze the primary and secondary outage probabilities for both the SC and the MRC while Solanki et al 16 and Le‐Thanh and Ho‐Van 46 only considered the SC. It is noted that there is a trade‐off between the performance and the complexity of the SC and the MRC.…”
Section: Introductionmentioning
confidence: 88%
“…Further, owing to the absence of the direct channel between PS and SD (similar to Solanki et al 16 ), SD only performs the SIC to decode the information of SS without using any signal combining technique (e.g., the SC) for enhancing further the performance of secondary communications. Moreover, similar to previous studies, 16,44,45 Le‐Thanh and Ho‐Van 46 solely considered a simple LES model without characterizing the sensitivity of the ES in the performance analysis.…”
Section: Introductionmentioning
confidence: 92%
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