Cyber Physical Systems of Systems 1st edition by Andrea Bondavalli ,Sara Bouchenak, Hermann Kopetz ISBN 3319475894 ‎ 978-3319475899

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ISBN 10: 3319475894
ISBN 13: ‎ 978-3319475899
Author: Andrea Bondavalli ,Sara Bouchenak, Hermann Kopetz 

This book is open access under a CC BY 4.0 license.

Technical Systems-of-Systems (SoS) – in the form of networked, independent constituent computing systems temporarily collaborating to achieve a well-defined objective – form the backbone of most of today’s infrastructure. The energy grid, most transportation systems, the global banking industry, the water-supply system, the military equipment, many embedded systems, and a great number more, strongly depend on systems-of-systems. The correct operation and continuous availability of these underlying systems-of-systems are fundamental for the functioning of our modern society.

The 8 papers presented in this book document the main insights on Cyber-Physical System of Systems (CPSoSs) that were gained during the work in the FP7-610535 European Research Project AMADEOS (acronym for Architecture for Multi-criticality Agile Dependable Evolutionary Open System-of-Systems). It is the objective of this book to present, in a single consistent body, the foundational concepts and their relationships. These form a conceptual basis for the description and understanding of SoSs and go deeper in what we consider the characterizing and distinguishing elements of SoSs: time, emergence, evolution and dynamicity.

Cyber-Physical Systems of Systems 1st Table of contents:

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Part I: Introduction to Cyber-Physical Systems

Chapter 1: Overview of Cyber-Physical Systems

• Definition of Cyber-Physical Systems (CPS)

• Historical Development and Evolution of CPS

• Key Characteristics of CPS

• Applications in Industry and Daily Life

Chapter 2: System-of-Systems Approach

• Introduction to System-of-Systems (SoS) Concept

• Characteristics of SoS

• Integration of Multiple Independent Systems

• CPS and SoS: Bridging the Gap

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Part II: Components and Architectures

Chapter 3: Architectures for Cyber-Physical Systems

• Architectural Models for CPS

• Layered Architecture of CPS: Sensing, Control, Actuation, Communication

• Middleware and Communication Frameworks for CPS

• Design Challenges and Best Practices

Chapter 4: Sensors, Actuators, and Embedded Systems

• Types of Sensors and Actuators

• Embedded System Design for CPS

• Data Acquisition and Signal Processing

• Real-time Processing in CPS

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Part III: Modeling and Simulation

Chapter 5: Modeling Cyber-Physical Systems

• Modeling Approaches for CPS (e.g., Continuous and Discrete Modeling)

• Tools for Modeling and Simulation of CPS

• Hybrid Modeling of Physical and Computational Components

• Model-Based Design and Verification

Chapter 6: Simulation of Cyber-Physical Systems of Systems

• Simulation Techniques for SoS

• Multi-Agent Systems in Simulation

• Tools for Simulating Complex Interactions

• Case Studies in SoS Simulation

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Part IV: Control and Optimization

Chapter 7: Control Systems for Cyber-Physical Systems

• Control Theory Basics for CPS

• Feedback Control and Stability in CPS

• Real-Time Control Systems

• Distributed and Decentralized Control Approaches

Chapter 8: Optimization Techniques in CPS and SoS

• Optimization Methods for CPS Performance

• Resource Allocation and Scheduling

• Multi-objective Optimization in SoS

• Trade-offs in Optimization: Performance vs. Cost

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Part V: Security, Safety, and Reliability

Chapter 9: Security in Cyber-Physical Systems

• Security Threats and Vulnerabilities in CPS

• Securing Communication in CPS

• Privacy Concerns in IoT and CPS

• Cybersecurity Frameworks for SoS

Chapter 10: Safety and Reliability in CPS

• Safety Standards for CPS (e.g., ISO, IEC)

• Fault Tolerance and Error Detection

• Reliability Engineering in SoS

• Risk Assessment and Mitigation Strategies

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Part VI: Applications of Cyber-Physical Systems of Systems

Chapter 11: Industrial Applications of CPS

• Smart Manufacturing and Industry 4.0

• Autonomous Systems and Robotics in Manufacturing

• Supply Chain Management using CPS

Chapter 12: CPS in Smart Cities and Infrastructure

• Smart Grid and Energy Systems

• Urban Mobility and Autonomous Vehicles

• Environmental Monitoring with CPS

Chapter 13: Healthcare and Biomedical Applications

• Medical Device Integration and Telemedicine

• Remote Patient Monitoring with CPS

• Cyber-Physical Systems in Surgical Robotics

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Part VII: Challenges and Future Directions

Chapter 14: Challenges in Designing Cyber-Physical Systems of Systems

• Scalability and Complexity in SoS

• Interoperability Between Heterogeneous Systems

• Real-Time Decision Making in SoS

Chapter 15: The Future of Cyber-Physical Systems and SoS

• Trends in Artificial Intelligence and Machine Learning for CPS

• Quantum Computing and CPS

• The Role of Edge and Cloud Computing in CPS Evolution

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Appendices

• A. Glossary of Key Terms

• B. Further Reading and Resources

• C. Index

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