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Analysis and Optimization of STAR-RIS-Assisted Proactive Eavesdropping With Statistical CSI

delete2023-05-01
delete11
PRE
AI
胡贵超 封面图
胡贵超 (Guojie Hu)
Z
Zan Li
J
Jiangbo Si *
K
Kui Xu
蔡
蔡云龙 (Yunlong Cai)
D
Donghui Xu
N
Naofal Al‐Dhahir
DOI:10.1109/TVT.2022.3232990delete
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摘要

摘要

En 中文
In wireless surveillance, the monitor (E) should be far away from the suspicious system to maintain concealment, leading to very poor eavesdropping performance. To tackle this challenge, we propose in this paper a novel simultaneously transmitting and reflecting reconfigurable intelligent surface (STAR-RIS)-assisted proactive eavesdropping strategy. Specifically, a STAR-RIS is deployed between E and the suspicious system to implement reflection (R) and transmission (T) for the suspicious signal of the suspicious transmitter and the jamming signal of E, to concurrently vary the channel power gains of the suspicious transmission link and the legitimate eavesdropping link and then facilitate E's eavesdropping. Assuming that E can only access the global statistical channel state information, we aim to maximize E's average (ergodic) eavesdropping rate, by jointly optimizing the energy splitting ratio of the STAR-RIS and E's jamming power. With rigorous analysis, we reveal that only two cases should be considered to achieve the optimal eavesdropping rate: i) the STAR-RIS works in T&R mode, and E does not conduct jamming; ii) the STAR-RIS only operates in T mode, and E interferes with the suspicious destination. In both cases, the optimal energy splitting ratio or jamming power is derived in (semi) closed form. Also, the eavesdropping energy (cost) efficiency is analyzed. Since our proposed strategy is adaptive, it can achieve significant eavesdropping performance gain compared to competitive benchmarks, as verified by numerical results.
Keyword:
Eavesdropping
Jamming
Receiving antennas
Transmitting antennas
Adaptive arrays
Wireless communication
Surveillance
Proactive eavesdropping
STAR-RIS
energy splitting ratio
jamming
eavesdropping rate maximization

期刊

IEEE Transactions on Vehicular Technology 封面图
IEEE Transactions on Vehicular Technology
IF:
7.1
论文数:
1.8W
被引数:
6.6W

机构

A
Army Engineering University of PLA
学者数:
5.0K
论文数: 3.7K
被引数: 5
U
university of texas system
学者数:
18.5W
论文数: 15.6W
被引数: 210
R
Rocket Force University of Engineering
学者数:
2.7K
论文数: 1.8K
被引数: 2
X
Xidian University
学者数:
2.4W
论文数: 1.9W
被引数: 9.7K
Z
zhejiang university
学者数:
17.7W
论文数: 12.1W
被引数: 152
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