HSCC'10: proceedings of the 13th International Conference on hybrid systems : computation and control : April 12-15, 2010, Stockholm, Sweden

Introduction

Welcome to the comprehensive proceedings of the 13th International Conference on Hybrid Systems: Computation and Control (HSCC 2010), held in Stockholm, Sweden, from April 12-15, 2010. This volume, titled HSCC'10: Proceedings of the 13th International Conference on Hybrid Systems: Computation and Control, is a landmark compilation that reflects the advancing frontier of theoretical foundations, design methodologies, and computational techniques for hybrid systems. These are systems that closely integrate continuous dynamics, often governed by differential equations, with discrete transitions represented by logical and algorithmic operations.

Experts from academia, government, and industry gathered at HSCC 2010 to present their cutting-edge research and applications. Spanning various domains such as control systems, robotics, avionics, automotive systems, biological systems modeling, and more, this book facilitates a deeper understanding of hybrid systems as a unifying framework for addressing challenges at the intersection of computation and dynamical control.

Summary of the Book

The proceedings encapsulate contributions from researchers and practitioners across the globe. It addresses topics ranging from the theoretical exploration of hybrid automata and verification tools to practical applications in embedded systems and real-time environments. The book is structured around the primary themes discussed at the conference, presenting novel methodologies, case studies, and algorithms that enhance the synergy of computation and control in hybrid systems.

Among the highlights are the discussions on scalable verification methods, adaptive control strategies for hybrid systems, and optimization techniques tailored for mixed discrete-continuous processes. The diverse applications presented—from autonomous vehicles and energy systems management to complex biological networks—underscore the relevance of hybrid systems in modern science and engineering practices.

With over 50 peer-reviewed papers, this volume is an invaluable resource for computer scientists, control theorists, mathematicians, and engineers interested in the development and deployment of hybrid systems. It allows readers to traverse the spectrum of foundational academia to real-world implementation, paving the way for cross-disciplinary dialogues and innovation.

Key Takeaways

• Hybrid systems serve as a bridge between continuous physical processes and discrete computational tasks, enabling advanced control and analysis frameworks.
• Verification, optimization, and control are core areas of research that significantly impact safety-critical systems in robotics, transportation, and aerospace.
• The importance of computational scalability and efficiency in tackling real-world hybrid systems was highlighted throughout the conference.
• Emerging applications, such as hybrid systems in synthetic biology, showcased the expanding interdisciplinary nature of the field.
• Case studies on industrial applications provide insights into practical hurdles and strategies for effective implementation.

Famous Quotes from the Book

The following are some notable quotes from authors and presenters whose contributions made this edition of HSCC stand out:

"Hybrid systems model the future of dynamical thinking. They encapsulate uncertainty, complexity, and control under a unified formalism."

"Bridging the gap between theory and practice in hybrid systems demands both rigor and creativity—a balance that defines the challenges of the new decade in system design."

Why This Book Matters

HSCC'10 resonates with relevance for various reasons:

First, hybrid systems are foundational in addressing the growing complexity of today's interconnected world. The conference proceedings provide a comprehensive overview of state-of-the-art methods and their implications for real-world systems, from smart grids to automated highways.

Second, the book showcases the critical role of interdisciplinary research in pushing the boundaries of science and technology. Collaboration between control theorists, computer scientists, and applied mathematicians has enabled pioneering contributions, as evidenced by the presented works.

Finally, the emphasis on both foundational research and practical innovations reinforces the transformative nature of hybrid systems. Whether you're a seasoned researcher or a newcomer to hybrid systems, this book offers insights, methodologies, and inspirations that will enrich your understanding of this vibrant field.