Abstract
Until recently, the design of packet dropping adversary identification protocols that are robust to both benign packet loss and malicious behavior has proven to be surprisingly elusive. In this paper, we propose a secure and practical packet-dropping adversary localization scheme that is robust and achieves a high detection rate and low communication and storage overhead -- the three key performance metrics for such protocols in realistic settings. Other recent work just optimizes either the detection rate or the communication overhead.
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