Cyber-Physical Systems and Industry 4.0

This volume explores practical applications of cyber-physical systems, focusing on their integration with embedded computation and network monitoring. It includes case studies across various sectors, highlighting both advantages and limitations.

Cyber-Physical Systems and Industry 4.0 delves into the practical applications and implications of cyber-physical systems (CPS), which combine physical processes with embedded computation and network monitoring. This volume emphasizes the integration of these systems and the importance of feedback loops that connect physical processes with digital frameworks. The authors provide a comprehensive analysis of how CPS can enhance various industries by improving efficiency and responsiveness.

The book also explores the rapid growth of information and communication technologies, highlighting the significance of security management within cyber-physical systems. By identifying effective applications and addressing the limitations of existing systems, the authors offer valuable insights into the evolving landscape of technology. They present a thorough examination of CPS applications across diverse sectors, including healthcare, automotive electronics, industrial automation, environmental monitoring, agriculture, and civil and mechanical engineering.

Through case studies and practical examples, the authors illustrate the potential of CPS in real-world scenarios. Topics covered include energy management systems in smart grids, intelligent traffic management, warehouse tracking, medical cyber-physical system security, and remote healthcare monitoring. This comprehensive overview not only showcases the versatility of cyber-physical systems but also serves as a guide for practitioners and researchers looking to navigate the complexities of Industry 4.0 and its implications for future technological advancements.