This paper investigates the strictly stealthy attack on cyber–physical systems (CPSs), where
the attacker aims to degrade the remote estimation performance maximally while bypassing …

This paper investigates the problem of designing the optimal completely stealthy attacks in
cyber-physical systems. Different from the strictly stealthy attacks in the existing results which …

This article focuses on investigating the tradeoff problem between the attack stealthiness
and the attack performance in cyber-physical systems. The notion of-stealthiness is utilized …

This paper focuses on designing measurement-based optimal stealthy attacks for linear
cyber-physical systems (CPSs), where attackers aim to deteriorate the performance of …

This article investigates the problem of energy-constrained stealthy attack strategy against
remote state estimation for cyber-physical systems. Taking into account the energy …

The problem of stealthy innovation-based attacks in cyber-physical systems is studied in this
paper. Different from the existing results which only utilize the current data, a more general …

In this work, a security problem in cyber–physical systems is studied. We consider a remote
state estimation scenario where a sensor transmits its measurement to a remote estimator …

This article investigates the design of online stealthy attacks with the aim of moving the
system's state to the desired target. Different from the design of offline attacks, which is only …

This article concentrates on designing optimal stealthy attack strategies for cyber-physical
systems (CPSs) modeled by the linear quadratic Gaussian (LQG) dynamics, where the …

With the wide application of cyber-physical systems, stealthy attacks on remote state
estimation have attracted increasing research attention. Recently, various stealthy …