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Worst-Case Detection Performance for Distributed SIMO Physical Layer Authentication
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DOI：10.1109/TCOMM.2021.3073002.png)
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摘要
En 中文
Feature-based physical layer authentication (PLA) schemes, using position-specific channel characteristics as identifying features, can provide lightweight protection against impersonation attacks in overhead-limited applications like e.g., mission-critical and low-latency scenarios. However, with PLA-aware attack strategies, an attacker can maximize the probability of successfully impersonating the legitimate devices. In this paper, we provide worst-case detection performance bounds under such strategies for a distributed PLA scheme that is based on the channel-state information (CSI) observed at multiple distributed remote radio-heads. This distributed setup exploits the multiple-channel diversity for enhanced detection performance and mimics distributed antenna architectures considered for 4G and 5G radio access networks. We consider (i) a power manipulation attack, in which a single-antenna attacker adopts optimal transmit power and phase; and (ii) an optimal spatial position attack. Interestingly, our results show that the attacker can achieve close-to-optimal success probability with only statistical CSI, which significantly strengthens the relevance of our results for practical scenarios. Furthermore, our results show that, by distributing antennas to multiple radio-heads, the worst-case missed detection probability can be reduced by 4 orders of magnitude without increasing the total number of antennas, illustrating the superiority of distributed PLA over a co-located antenna setup.
Keyword:
Programmable logic arrays
Security
Authentication
Antennas
Mission critical systems
Feature extraction
Covariance matrices
Wireless physical layer security
distributed physical layer authentication
optimal attack strategies
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IF:
8.3
论文数:
1.2W
被引数:
3.6W
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引用论文
On the Error Region for Channel Estimation-Based Physical Layer Authentication Over Rayleigh Fading在瑞利衰落下基于信道估计的物理层认证的误差区域上OAAI
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