System Modeling and Simulation

Author: Zhang Xiaohua
Publisher:
Publish Date: 2006-12-01
Features: The book uses MATLAB as a platform to systematically elaborate on the fundamental concepts, principles, and methods of system modeling and simulation technology. The book is divided into two parts and six chapters, mainly including:
Part 1 (Experimental methods of systems, similarity principles, modeling methods and engineering cases, implementation methods of system simulation),
Part 2 (Engineering cases of control system CAD, virtual prototype technology, and physical simulation technology).
The book covers modeling, analysis, and design issues of systems such as motion control and process control. Its content is both profound and accessible, advocating an inspirational and exploratory teaching method. The book is equipped with exercise-based, analysis/design-based, and exploratory exercises, which help to stimulate readers' interest and enable them to further understand and master the content of related courses and technologies in the field of automation.
This book is intended as a textbook for undergraduate students majoring in automation in higher education institutions. It can also serve as a teaching material for undergraduate (or graduate) students in majors such as electrical engineering and automation, and mechanical design, manufacturing, and automation, for courses on "Simulation Technology."
The book uses MATLAB as a platform to systematically elaborate on the fundamental concepts, principles, and methods of system modeling and simulation technology. The book is divided into two parts and six chapters, mainly including:
Part 1 (Experimental methods of systems, similarity principles, modeling methods and engineering cases, implementation methods of system simulation),
Part 2 (Engineering cases of control system CAD, virtual prototype technology, and physical simulation technology).
The book covers modeling, analysis, and design issues of systems such as motion control and process control. Its content is both profound and accessible, advocating an inspirational and exploratory teaching method. The book is equipped with exercise-based, analysis/design-based, and exploratory exercises, which help to stimulate readers' interest and enable them to further understand and master the content of related courses and technologies in the field of automation.
This book is intended as a textbook for undergraduate students majoring in automation in higher education institutions. It can also serve as a teaching material for undergraduate (or graduate) students in majors such as electrical engineering and automation, and mechanical design, manufacturing, and automation, for courses on "Simulation Technology."