Security control of networked control systems (NCSs) under vulnerable communication
environments has become an important topic both in theory and in practice. Due to …

While distributed secondary controllers have been studied for multiple energy storage
systems in islanded microgrids, information infrastructure has to be added for the extensive …

In this article, a novel co-design approach of observed-based fault detection filter (FDF) and
dynamic event-triggered controller is proposed for multi-area wind power system under dual …

In this work, a novel dynamic-memory event-triggered load frequency control (LFC)
approach for the power system is proposed considering the existence of hybrid attacks. A …

This article addresses dynamic authority allocation strategy and security-based resilient
event-triggered output feedback lane keeping control (LKC) problem for human–machine …

This work deals with the dynamic-memory event-triggered-based load frequency control
issue for interconnected multiarea power systems (IMAPSs) associated with random abrupt …

Cyber-physical attacks and parameter uncertainties are becoming a compelling issue on
load frequency control, directly affecting the resilience (ie., reliability plus security) of the …

Secure frequency control of multi-area hybrid power systems with wind power is a research
problem involving active defense, vulnerability, and resilience. Considering the scenario that …

Malicious traffic attack can prolong the transmission delay of normal data flows by
exhausting the limited bandwidth with injecting numerous invalid data packets. For the …

Cyber security of modern power systems has become increasingly significant due to their
open communication architecture and expanding network connectivity exposed to malicious …