Dissipativity analysis with the S-procedure yields LMI conditions for simultaneous design of PI controllers with anti-windup, consensus gains, and communication topology in nonlinear DC microgrids.
Dual-ekf-based fault-tolerant predictive control of nonlinear dc microgrids with actuator and sensor faults,
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Dissipativity-Based Distributed Control and Communication Topology Co-Design for Nonlinear DC Microgrids
Dissipativity analysis with the S-procedure yields LMI conditions for simultaneous design of PI controllers with anti-windup, consensus gains, and communication topology in nonlinear DC microgrids.