Tracking Control of Networked Systems via Sliding-Mode

This book provides detailed research methods for networked control systems using sliding mode, covering network disturbances, delay, out-of-sequence, and packet loss, and is suitable for readers interested in learning control schemes for networked systems.

Format: Paperback / softback
Length: 192 pages
Publication date: 30 October 2022
Publisher: Springer Verlag, Singapore

The book delves into comprehensive research methods for networked control systems, emphasizing sliding mode techniques. It comprehensively examines various challenges posed by network disturbances, network-induced delays, out-of-sequence packet loss, and network attacks. The content covered in this book is presented in detail, supported by thorough simulation or experimental verification. This book is particularly valuable for readers seeking to gain a deep understanding of the control scheme of networked systems. Its insights can greatly benefit researchers, engineers, and students specializing in fields such as electrical, control, automation, and cyber security.

Introduction:
The book focuses on the research methods of networked control systems via sliding mode. It delves into comprehensive research methods for networked control systems, emphasizing sliding mode techniques. It comprehensively examines various challenges posed by network disturbances, network-induced delays, out-of-sequence packet loss, and network attacks. The content covered in this book is presented in detail, supported by thorough simulation or experimental verification. This book is particularly valuable for readers seeking to gain a deep understanding of the control scheme of networked systems. Its insights can greatly benefit researchers, engineers, and students specializing in fields such as electrical, control, automation, and cyber security.

Network Disturbances:
The book explores the impact of network disturbances on networked control systems. It discusses various sources of network disturbances, such as packet loss, delay, jitter, and noise, and their effects on system performance. It also presents techniques for designing robust control systems that can withstand network disturbances.

Network-Induced Delay:
The book examines the effects of network-induced delay on networked control systems. It discusses the causes of delay, such as transmission congestion, propagation delay, and processing delay, and their impact on system stability and performance. It also presents methods for mitigating network-induced delay, such as flow control, congestion control, and packet scheduling.

Out-of-Sequence Packet Loss:
The book explores the consequences of out-of-sequence packet loss on networked control systems. It discusses the effects of packet loss on system behavior, such as oscillations, instability, and delay. It also presents methods for detecting and recovering from packet loss, such as packet retransmission, packet duplication, and packet reordering.

Network Attacks:
The book examines the threat of network attacks on networked control systems. It discusses the types of network attacks, such as denial-of-service attacks, spoofing attacks, and man-in-the-middle attacks, and their impact on system security and reliability. It also presents methods for defending against network attacks, such as intrusion detection systems, firewalls, and encryption.

Conclusion:
The book provides a comprehensive overview of research methods for networked control systems via sliding mode. It covers various challenges posed by network disturbances, network-induced delay, out-of-sequence packet loss, and network attacks. The content studied in this book is introduced in detail and is verified by simulation or experiment. It is especially suitable for readers who are interested in learning the control scheme of networked systems. Its insights can greatly benefit researchers, engineers, and students specializing in fields such as electrical, control, automation, and cyber security.

Weight: 320g
Dimension: 235 x 155 (mm)
ISBN-13: 9789811665165
Edition number: 1st ed. 2022