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Communications in computer and information science

UAV Assisted Secrecy Analysis for Future Wireless Communication

Girish A. Koche, Amit Agarwal

Published Jan 1, 2025• 0 citations
Publisher
DOI
10.1007/978-3-031-90577-3_22

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Unmanned Aerial Vehicle (UAV) assisted wireless communication has emerged as a highly promising element in the landscape of future wireless networks. This paper investigates the application of “Secret-message Transmission by Echoing Encrypted Probes (STEEP)” to secure UAV communications between a ground station (Alice) and a UAV (Bob). Even with the presence of strong jamming from a full-duplex eavesdropper (Eve), STEEP shows resilience and maintains a strong positive secrecy rate in bits per channel use in every channel coherence period as long as Eve's observations during the probing phase of STEEP are not noiseless. STEEP is a novel round-trip transmission scheme for secure communications, overcoming limitations where prior schemes fail to achieve a positive secrecy rate when Eve's receive channel is stronger than users'.
A fixed UAV-assisted decode-and-forward relay network is examined from the perspective of physical-layer security under residual transceiver distortion. The source communicates with the destination only through the UAV relay, and the eavesdropper overhears the relay transmission. Independent Nakagami-m fading is used for the three wireless links so that different UAV propagation conditions can be represented within one model. Based on the SNDRs of the two legitimate hops and the wiretap hop, expressions for SOP and SPSC are derived, and simplified finite-sum integral forms are given for integer fading parameters. The numerical study confirms the analytical results and shows how fading severity, secrecy-rate demand, eavesdropper SNR, and impairment level affect secure transmission.