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Attack-Resilient Design for Connected and Automated Vehicles
Given enough system knowledge, adversaries are still able to launch a range of attacks that can surpass the detection scheme by hiding within the system disturbances and uncertainty -- we refer to this class of attacks as \textit{stealthy FDI attacks}.
Risk Assessment for Connected Vehicles under Stealthy Attacks on Vehicle-to-Vehicle Networks
In this manuscript, we propose a novel attack detection scheme that leverage real-time sensor/network data and physics-based mathematical models of vehicles in the platoon.
A Robust CACC Scheme Against Cyberattacks Via Multiple Vehicle-to-Vehicle Networks
The idea is to transmit acceleration commands multiple times through different communication networks (channels) to create redundancy at the receiver side.
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