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引用次数: 17

摘要

无线链路签名是一种物理层认证机制,它利用发送端和接收端之间的多径效应对无线信号进行认证。我们发现了一种新的攻击,称为模仿攻击,针对无线链路签名方案[7]。过去假设攻击者不能“欺骗”任意的链路签名,并且攻击者在接收端不会有相同的链路签名,除非它与合法的发送端处于完全相同的位置。然而,我们证明了攻击者可以伪造任意链路签名,只要它知道接收者位置的合法信号,并且攻击者不必与合法发送者完全相同的位置就可以伪造其链路签名。
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Poster: mimicry attacks against wireless link signature
Wireless link signature is a physical layer authentication mechanism, which uses the multi-path effect between a transmitter and a receiver to provide authentication of wireless signals. We identify a new attack, called mimicry attack, against the wireless link signature scheme in [7]. It is assumed in the past that an attacker cannot "spoof" an arbitrary link signature and that the attacker will not have the same link signature at the receiver unless it is at exactly the same location as the legitimate transmitter. However, we show that an attacker can forge an arbitrary link signature as long as it knows the legitimate signal at the receiver's location, and the attacker does not have to be at exactly the same location as the legitimate transmitter in order to forge its link signature.
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