This paper focuses on the design of both periodic time-and event-triggered control laws of
switched affine systems using a hybrid dynamical system approach. The novelties of this …

This paper treats the control design of a state-dependent switching function for discrete-time
switched affine systems, assuring global asymptotic stability of a limit cycle. This limit cycle is …

This paper investigates the dynamic event-triggered L∞ control for switched affine systems
under limited communication resources. For switched affine systems, affine terms bring the …

This paper presents the analysis and design of a min-type strategy to control a synchronous
boost converter in continuous conduction mode. The strategy uses a nonlinear switching …

This article revisits the modeling of the grid-connected neutral point-clamped converter as a
time-varying nonlinear hybrid dynamical system. As a result, an embedded control law that …

The paper deals with the control of a quadratic boost converter supplied by low-voltage
energy sources, such as photovoltaic panels, fuel cells, or batteries. The control scheme …

In this paper, hybrid dynamical systems theory is applied to the analysis and control of
switched converters with Pulse-Width Modulated (PWM) inputs. The system is described by …

This work focuses on the dynamic output feedback L∞ control for switched affine systems
with dwell time constraints. The presence of affine terms leads to the absence of a common …

This paper investigates the problem of fault estimation for a class of continuous‐time
switched affine systems with actuator faults. In most of the existing results of switched affine …

This paper deals with a control strategy for a DC–DC quadratic boost converter. In particular,
a hybrid control scheme is proposed to encompass a control law and an observer for the …