Abstract Cyber-Physical Systems (CPS) refer to the comprehensive integration of
communication and control into physical systems. The communication network plays a …

Recently, the security of state estimation has attracted significant research attention due to
the need for trustworthy situation awareness in emerging cyber-physical systems. In this …

In this paper we focus on the dynamic state estimation which harnesses a vast amount of
sensing data harvested by multiple parties and recognize that in many applications, to …

Hierarchical state estimation (HSE) is often deployed to evaluate the states of an
interconnected power system from telemetered measurements. By HSE, each low-level …

This paper proposes an encrypted observer-based control paradigm for enhancement of
cybersecurity in networked control systems. The proposed paradigm exploits a semi …

In this paper, we present a secure distributed estimation strategy in networked systems. In
particular, we consider distributed Kalman filtering as the estimation method and Paillier …

The privacy aspect of state estimation algorithms has been drawing high research attention
due to the necessity for a trustworthy private environment in cyber-physical systems. These …

This paper proposes security techniques for detecting and counteracting attacks in
Networked Control Systems (NCSs). A partially homomorphic based encryption technique …

This paper presents a secure and private estimator in Cyber-Physical Systems (CPSs)
where the estimator generates the state estimation without knowing the real inputs and …

Security and privacy are significant concerns in realizing dependable cyberphysical
systems. To ensure the security and privacy of these systems, systems and control …