Dynamic system automatic control

by Gene F. Franklin, J. David Powell

Dynamic system automatic controlIn order to educate students about the knowledge of control technology, most of the books on control are being written and published. However, most of the books have had a lot of difficulty in understanding the contents of the contents in a practical and systematic way. Thus, the authors translated the seven-part Feedback Control Dynamic Systems 7th Edition, a well-known, self-contained, autocorrection authored by Professor Franklin of Stanford University. In this revision, the engineering design programs MATLAB (R) and SIMULINK (R) have been revised and adapted to the latest programs.Revision 7 focuses on the acquisition and application of a given theory This course introduces basic principles of automatic control and many realistic examples that can be directly applied to the practice for university students, graduate students, or engineers engaged in automatic control related jobs. Chapter 1 gives an overview of the history of feedback control and an overview of the entire process. Section 2 briefly discusses dynamic modeling. Section 3 deals with the dynamic response of the system, and Chapter 4 covers the basic principles of feedback control. Chapters 5, 6, and 7 outline the design method for the trajectory method, frequency response design method, and state change feedback for practical design, respectively. Chapter 8 describes digital control, and Chapter 9 describes linearization of nonlinear systems. Chapter 10 describes various practical examples of the three main control design methods. In addition, the revised edition has been tried from the third edition for the application and practice using computer considering the recent control tendency, and the analysis using MATLAB and SIMULINK, which is practically used in the field, has been supplemented throughout the book.

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Published February 3, 2016