This paper proposes a resilient controller for DC microgrid to achieve current sharing and
voltage restoration under discrete-time false data injection (FDI) and denial-of-service (DoS) …

Distributed control technology has significantly improved the regulation of dc microgrid
systems. However, it also introduces potential cyber-security threats during the …

For DC microgrids (MGs), cyber attacks of distributed secondary control system result in
communication faults and thus, cause serious stability and cyber-security issues. In this …

Microgrids (MGs) are cyber–physical systems (CPSs) where electrical and communication
systems are coupled by networked control systems. The secondary control functions of MGs …

Recent events have shown that cyber attacks are becoming real threats to the power system
reliability and resiliency, and there is no exception to the DC microgrids which would …

In this article, a cooperative resilient control method for dc microgrid (MG) is proposed to
dispel the adverse influences of both communication delays and denial-of-service (DoS) …

This paper is concerned with the attack-resilient event-triggered controller design problem of
a DC microgrid with multiple nonlinear constant power loads and intermittent denial-of …

The widespread adoption of communication and control infrastructures will not only improve
the microgrid system performance in normal conditions but also increase microgrid …

This paper develops a resilience analysis framework to study the fault ride-through
capability of direct current (DC) microgrids in unknown denial of service (DoS) cyber …

Though recent advancements in dc microgrids are largely based on distributed control
strategies to enhance reliability, their susceptibility to cyber attacks still remains a …