• Introduction.- Part I Modelling.- Preliminaries.- Networked Dynamical Systems Models.- Part II Analysis.- System Synchronization.- Synchronization with Non-expansive Dynamics.- Periodic Solutions.- Modulus Consensus.- Part III Control.- Control of Networked Dynamical System with Input Saturation.- Control of Networked Dynamical System with Large Delays.- Control of Networked Dynamical System with Heterogeneous Dynamics.- Part IV Applications.- Spacecraft Formation Flying.- Multi-robot Rendezvous.- Energy Resource Coordination.- References.

“The book is well written, self-contained, and easy to follow. All the chapters include a section pointing the readers to the related literature. … It is suitable for researchers who would like to get into this area and for engineers who would like to understand how recent development in this area can be potentially applied to various engineering applications.” (Bing Chu, Mathematical Reviews, April, 2023)“This book is a valuable guide for researchers, engineers and students in the field of mathematics, informatics, control science, artificial intelligence, and dynamical systems.” (Savin Treanta, zbMATH 1491.93052, 2022)

• Introduction.- Part I Modelling.- Preliminaries.- Networked Dynamical Systems Models.- Part II Analysis.- System Synchronization.- Synchronization with Non-expansive Dynamics.- Periodic Solutions.- Modulus Consensus.- Part III Control.- Control of Networked Dynamical System with Input Saturation.- Control of Networked Dynamical System with Large Delays.- Control of Networked Dynamical System with Heterogeneous Dynamics.- Part IV Applications.- Spacecraft Formation Flying.- Multi-robot Rendezvous.- Energy Resource Coordination.- References.

“The book is well written, self-contained, and easy to follow. All the chapters include a section pointing the readers to the related literature. … It is suitable for researchers who would like to get into this area and for engineers who would like to understand how recent development in this area can be potentially applied to various engineering applications.” (Bing Chu, Mathematical Reviews, April, 2023)“This book is a valuable guide for researchers, engineers and students in the field of mathematics, informatics, control science, artificial intelligence, and dynamical systems.” (Savin Treanta, zbMATH 1491.93052, 2022)

• Introduction.- Part I Modelling.- Preliminaries.- Networked Dynamical Systems Models.- Part II Analysis.- System Synchronization.- Synchronization with Non-expansive Dynamics.- Periodic Solutions.- Modulus Consensus.- Part III Control.- Control of Networked Dynamical System with Input Saturation.- Control of Networked Dynamical System with Large Delays.- Control of Networked Dynamical System with Heterogeneous Dynamics.- Part IV Applications.- Spacecraft Formation Flying.- Multi-robot Rendezvous.- Energy Resource Coordination.- References.

“The book is well written, self-contained, and easy to follow. All the chapters include a section pointing the readers to the related literature. … It is suitable for researchers who would like to get into this area and for engineers who would like to understand how recent development in this area can be potentially applied to various engineering applications.” (Bing Chu, Mathematical Reviews, April, 2023)“This book is a valuable guide for researchers, engineers and students in the field of mathematics, informatics, control science, artificial intelligence, and dynamical systems.” (Savin Treanta, zbMATH 1491.93052, 2022)