• static nonlinearities;
• robustness analysis;
• networked and hybrid systems;
• partial-differential-equation systems; and
• data-driven control.

This Festschrift volume remains as a permanent scientific record of this event and is of interest to academic researchers working in any of the listed topics.

Control of Complex Systems presents recent control methods and algorithms for analysing the stability or guaranteeing the performance of complex dynamical systems. Several classes of systems are covered, including nonlinear, hybrid and infinite-dimensional systems. Various control strategies are addressed, including reset control, anti-windup, event-based control, impulsive control, boundary control for PDEs and data-driven control. Analysis and design objectives include, among others, synchronization, robustness of linear and nonlinear systems, anti-windup loops and convex optimization for stability. Applications include aeronautics and space, control of physical systems with isolated nonlinearities and epidemiological models.