Unit 1: Introduction
Chapter 1: Introduction to Industry 5.0
This chapter provides an overview of Industry 5.0, discussing its evolution from previous industrial revolutions and its significance in the current era. It outlines the key principles, technologies, and trends shaping Industry 5.0 and sets the stage for the subsequent chapters.
Chapter 2: Edge, Fog and Cloud for Industry 5.0
This chapter explores the roles of edge, fog, and cloud computing in Industry 5.0, highlighting their respective advantages, challenges, and applications. It discusses how these computing paradigms complement each other to support the diverse requirements of Industry 5.0.
Chapter 3: Communication Technologies for Industry 5.0
This chapter delves into the communication technologies driving Industry 5.0, including wireless protocols, IoT connectivity options, and industrial networking standards. It examines their capabilities, scalability, and suitability for various Industry 5.0 use cases.
Unit 2: Understanding the Industry 5.0
Chapter 4: The Transition from Industry 4.0 to Industry 5.0
In this chapter, priorities for the development and innovation of the fourth generation smart industry within
the fifth generation concept and possible synergy effects from human-robot-machine-environment cooperation,
especially in the social field and in ensuring the well-being of workers in industry, are formulated in details.
Chapter 5: Architectures for Industry 5.0
This chapter examines the architectural frameworks and paradigms underpinning Industry 5.0 implementations. It discusses distributed architectures, modular designs, and interoperability standards, emphasizing their role in enabling flexible and scalable Industry 5.0 ecosystems.
Chapter 6: Near-Edge Computing for Industry 5.0
This chapter focuses on near-edge computing, exploring its benefits for latency-sensitive Industry 5.0 applications. It discusses edge computing architectures, deployment models, and optimization techniques tailored to meet the stringent requirements of Industry 5.0.
Chapter 7: Industry 5.0 Sensors and Actuators
This chapter explores the role of sensors and actuators in Industry 5.0, discussing advancements in sensing technologies, integration challenges, and novel actuation mechanisms. It highlights their importance in enabling real-time data acquisition and control in industrial environments.
Chapter 8: Data Analytics for Industry 5.0
This chapter examines data analytics techniques and tools tailored for Industry 5.0 applications. It discusses predictive analytics, machine learning algorithms, and big data platforms, showcasing their use cases in optimizing processes and enabling data-driven decision-making.
Chapter 9: Cloud Computing for Industry 5.0
This chapter explores the role of cloud computing in Industry 5.0, focusing on its scalability, flexibility, and service models. It discusses cloud-based services, deployment architectures, and management strategies tailored for industrial environments.
Chapter 10: Computation Offloading for Industry 5.0
This chapter investigates computation offloading techniques for Industry 5.0, discussing edge-to-cloud offloading strategies, optimization algorithms, and resource management approaches. It explores how offloading can enhance performance and efficiency in resource-constrained industrial settings.
Unit 3: Objectives and Applications on Industry 5.0
Chapter 11: Industry 5.0 Resource Management
This chapter examines resource management strategies for Industry 5.0, including energy optimization, resource allocation algorithms, and workload balancing techniques. It discusses how efficient resource management can improve productivity and sustainability in industrial operations.
Chapter 12: Industry 5.0 Data Management
This chapter explores data management challenges and solutions in Industry 5.0, including data storage, processing, and governance. It discusses data integration, security, and privacy considerations, highlighting best practices for managing data across the Industry 5.0 ecosystem.
Chapter 13: Industry 5.0 Security
This chapter focuses on cybersecurity issues in Industry 5.0, discussing threats, vulnerabilities, and defense mechanisms. It explores security frameworks, encryption techniques, and intrusion detection systems tailored for safeguarding critical industrial assets and data.
Chapter 14: Industry 5.0 Network Management
This chapter examines network management strategies for Industry 5.0, including network monitoring, optimization, and orchestration. It discusses network virtualization, software-defined networking, and network slicing techniques, highlighting their role in ensuring reliable and resilient industrial communication infrastructures.
Chapter 15: Industry 5.0-based Supply Chain Management
This chapter explores the integration of Industry 5.0 technologies in supply chain management, discussing smart logistics, predictive analytics, and digital twins. It examines how Industry 5.0 principles can optimize supply chain operations, improve visibility, and enhance collaboration across the value chain.
Chapter 16: Industry 5.0-based Smart Healthcare
This chapter investigates the applications of Industry 5.0 in healthcare, including remote patient monitoring, personalized medicine, and healthcare analytics. It explores how Industry 5.0 technologies can revolutionize healthcare delivery, improve patient outcomes, and reduce costs.
Chapter 17: Industry 5.0-based Predictive Maintenance
This chapter focuses on predictive maintenance strategies enabled by Industry 5.0, discussing condition monitoring, predictive analytics, and maintenance optimization techniques. It examines how Industry 5.0 principles can enhance equipment reliability, reduce downtime, and optimize maintenance schedules.
Chapter 18: Industry 5.0-based Collaborative Robot
This chapter depicts how collaborative robots (Cobot) can take many forms throughout Industry 5.0 by providing medical treatments, smart applications that efficiently summarize a patient’s healthy life, and medical requirements to create a fully customized
health fitness routine.
Unit 4: Future Focus on Industry 5.0
Chapter 19: Open Challenges and Future Research for Industry 5.0
This chapter identifies open challenges and future research directions in the field of Industry 5.0 and IoT. It discusses emerging trends, technological gaps, and research opportunities, providing insights for researchers and practitioners to address the evolving needs of Industry 5.0.
Chapter 20: Summary
This chapter summarizes the key insights, findings, and contributions presented in the book. It recaps the main themes, highlights important takeaways, and offers reflections on the future prospects of Industry 5.0. Additionally, it outlines potential avenues for further exploration and research in this rapidly evolving field.