This monograph is based on the first author's lectures at the University of Toronto during the
sessions 1987–88 through 2017–18, as well as at Washington University (St. Louis) in May …

This tutorial paper studies the effect of deception attacks on compromised sensors and
actuators at the supervisory control layer of cyber-physical control systems. The problem is …

Due to the significance of hybrid energy systems, selecting the appropriate sizing-energy
management strategy combination represents a key factor to ensure the efficient operation …

Based on Supervisory Control Theory, this paper introduces a systematic and bottom-up
approach to the development and synthesis of a microgrid supervisory control (SC) to …

This paper investigates the application of supervisory control of discrete event system
(SCDES) to the management and control of a custom power park (CPP). The heterogeneous …

Modern power systems are continuously being expanded and upgraded to cater the need of
ever growing power demand. But, in recent years, energy planners have faced financial and …

This paper considers fault diagnosis in discrete event systems modeled by finite-state
automata, according to the theory of diagnosability, but it assumes that an attacker has …

Thyristor‐controlled series capacitance (TCSC), as a member of flexible AC transmission
systems family, controls the interrelated parameters that govern the transmission systems. In …

The high penetration of renewable energy sources, combined with a limited possibility to
expand the transmission infrastructure, stretches the system stability in the case of faults. For …

A power system cascading failure can propagate through sequential trip** of components
in the network. As a result, a complete or partial shutdown may occur. In this article, we …