ABSTRACT Cyber-Physical Systems are very vulnerable to sparse sensor attacks. But
current protection mechanisms employ linear and deterministic models which cannot detect …

In this brief, the data-driven design of sparse undetectable sensor attacks against cyber-
physical systems is studied, with the aid of subspace approach. First, the undetectable and …

There are various applications of Cyber-Physical systems (CPSs) which are life-critical
where failure or malfunction can result in significant harm to human life, the environment, or …

The accuracy of sensor measurements is critical to the design of high-performance control
systems since sensor uncertainties can significantly deteriorate achievable closed-loop …

This article investigates the attack detection and identification problem for cyber-physical
systems under sparse sensor attacks. A novel candidate set construction algorithm, where …

In this chapter, we focus on a cyber-attack reconstruction and secure state estimation to
facilitate the resilient control of nonlinear Cyber-Physical Systems (CPS) under sensor …

Cyber-physical systems (CPSs) leverage computations to operate physical objects in real-
world environments, and increasingly more CPS-based applications have been designed …

This paper investigates the stealthy sparse sensor attack design problem for a class of cyber
physical systems equipped with state estimator and attack detector. First, a novel sparse …

In Cyber-Physical Systems (CPS), integrating new technologies that interact with and control
physical systems raises new security risks beyond the classical cyber security domain …

This paper focuses on designing resource-constrained stealthy attacks in linear Cyber-
physical systems (CPS). The attacker's primary objective is to maximize the disruption of the …