Using a hybrid systems approach, we address the practical stabilization of operating points
for switched affine systems, ensuring a minimum dwell time and an admissible chattering …

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 …

The paper addresses the problem of designing a stabilizing control for switched affine
systems with unknown parameters. We formulate the problem both in the case where the set …

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 …

The current massive integration of constant power loads (CPLs) requires better dynamic
performance in direct current (DC) microgrids. This imposes the needs for more advanced …

This work is devoted to propose a distributed control hybrid algorithm for the primary and
secondary control loops of AC-bus microgrids in islanded mode and to provide a large …

The multilevel dc-dc boost converter (MBC) is well known for its simple circuit structure and
high voltage gain. Several controllers have been previously employed for their output …

This article presents a novel neural network-based hybrid mode-switching control strategy,
which successfully stabilizes the flap** wing aerial vehicle (FWAV) to the desired 3-D …

In this article, a simple controller design method for output voltage control of dc–dc boost
converter (BC) has been proposed. A simple closed-loop step test with proportional gain is …

This article exhibits an output voltage-derivative observer-based output voltage-tracking
technique for dc/dc boost converters without current feedback, taking the model-plant …