False data injection attacks are widely investigated to exploit the cyber-vulnerability of Cyber-
Physical System. However, the existing attack policies only consider the cyber-vulnerability …

This paper investigates the worst-case attack problem of cyber physical systems under false
data injection (FDI) attacks. The scenario considered contains nodes exchanging local …

In this paper, we investigate an optimal strategy for malicious agents to compromise remote
state estimators where only a portion of the transmitted packets is secured. First, the analysis …

This paper primarily focuses on designing stealthy false data injection attacks targeting two
communication channels in cyber‐physical systems equipped with state estimators and …

This paper studies the distributed secure state estimation problem for cyber-physical
systems subjected to false data injection attacks. A novel distributed framework is proposed …

In this article, the existence and the corresponding design of false-data injection attacks are
studied such that the state estimation at every distributed filter is compromised. Different from …

This article investigates a security problem in cyber–physical systems under multisensory
framework. Data packets from each sensor are transmitted to a remote estimator through …

This paper mainly investigates the security problem of a networked control system based on
a Kalman filter. A false data injection attack scheme is proposed to only tamper the …

This paper investigates the problem of network security for stealthy false data injection (FDI)
attacks under modified Kalman filtering (MKF) over complex networks with non-Gaussian …

This article designs the stealthy attack against industrial cyber-physical systems under the
random access protocol (RAP), which is used to avoid data collisions. The aim is to design …