Stabilization of Switched Nonlinear Systems with Unstable Modes

This book provides a thorough examination of stabilization techniques for switched nonlinear systems, particularly useful in aerospace and engineering applications.

This book offers a comprehensive understanding of the stabilization of switched nonlinear systems (SNS), which are applicable in various practical scenarios, including the design of fault-tolerant systems in aerospace applications. Readers will find insights into how these systems can enhance reliability in both space and aircraft contexts, making it a valuable resource for engineers and researchers alike.

Throughout Stabilization of Switched Nonlinear Systems with Unstable Modes, the emphasis on practical applications is evident. The text includes numerous examples that bridge theoretical concepts with real-world situations, notably in areas like traffic control and heat propagation in semiconductor power chips. Aircraft and spacecraft applications are highlighted, showcasing the relevance of SNS in critical engineering challenges.

The book examines various subclasses of SNS based on individual system characteristics, such as time-varying parameters and the state composition of modes. It addresses the complexities of maintaining stability across systems that may exhibit both stable and unstable modes. This exploration is crucial for those looking to understand the trade-offs involved in achieving overall system stability. Ideal for graduate students and researchers in control theory, readers should have a foundational knowledge of linear and nonlinear system theory to fully appreciate the content presented in this detailed monograph.