Uplink transmission in NOMA systems with energy harvesting and jamming: performance evaluation Uplink transmission in NOMA systems with energy harvesting

The paper ameliorates spectral-and-energy efficiencies and reliability-and-security performances for uplink transmission under fading, shadowing, path-loss, and hardware imperfection (HWi) by applying energy harvesting (EH), non-orthogonal multiple access, multi-antenna power beacon, and jamming. To...

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Bibliographic Details
Published inTelecommunication systems Vol. 88; no. 2
Main Authors Le-Thanh, Toi, Ho-Van, Khuong
Format Journal Article
LanguageEnglish
Published New York Springer US 01.06.2025
Subjects
Artificial Intelligence
Business and Management
Computer Communication Networks
IT in Business
Probability Theory and Stochastic Processes
Hardware imperfection
Performance evaluation
Uplink transmission
Non-orthogonal multiple access
Energy harvesting
Jamming
Channel impairments
Multiple antennas
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Summary:The paper ameliorates spectral-and-energy efficiencies and reliability-and-security performances for uplink transmission under fading, shadowing, path-loss, and hardware imperfection (HWi) by applying energy harvesting (EH), non-orthogonal multiple access, multi-antenna power beacon, and jamming. To do this, we provide explicit expressions of reliability-and-security performances subject to EH nonlinearity. Various results validate these expressions and expose considerable performance mitigation caused by channel impairments, HWi, and EH nonlinearity. Furthermore, desired reliability/security performances are reached by properly selecting a group of parameters. Nevertheless, security remains high and varies slightly with these parameters whereas reliability changes dramatically with them. This implies that achieving high reliability/security performances is possible. Noteworthily, the proposed communication paradigm attains optimum performance by adopting time splitting parameter properly.
ISSN:1018-4864
1572-9451
DOI:10.1007/s11235-025-01284-0