This book investigates the design of fault-tolerant control systems for hybrid systems. It addresses the challenges posed by the combination of continuous and discrete dynamics, aiming to ensure system stability and performance in the presence of component failures. The work focuses on developing robust control strategies that can adapt to and compensate for faults, thereby enhancing the reliability and safety of complex engineered systems.

The book is a technical monograph likely aimed at researchers and advanced students in control engineering and related fields. Its focus on fault tolerance in hybrid systems suggests a specialized audience interested in advanced control theory and its practical applications. The content is expected to be rigorous, presenting theoretical results and analytical techniques for complex system design.