The \"Twelfth Five-Year Plan Textbook for General Higher Education: Computer Control System\" compiled by Tian Hong is divided into 8 chapters, with a moderate degree of difficulty. The content is mainly based on the actual application foundation on site, and is divided into 8 chapters, including overview, process input channel and interface technology, process output channel and interface technology, human-computer interaction interface technology, digital controller, anti-interference technology of microcomputer control system, distributed control system and system design and control examples. Chapter 4 is not long, because the CRT part is mainly arranged in the content of distributed system; the application examples of control system are also mainly selected from the production control content of the steel and metallurgical industry because of the focus of this college. In terms of content writing and organization, it is mainly to enhance and broaden students\' professional knowledge and improve their employment adaptability, while taking into account the rationality of teachers\' teaching, students\' self-study and the feasibility of extended discussion and research. The examples in Chapters 2 and 3 of this book all use single-chip microcomputers as examples to describe interface technology, and in Chapter 5 and subsequent chapters, PLC and distributed control systems are mostly used as examples. This is mainly because single-chip microcomputers are rarely used in the production process of steel and metallurgy, while PLC and distributed control systems are more commonly used. Such a choice can enable students to have a preliminary theoretical understanding of the actual application equipment on the production site. In addition to the basic PID control algorithm, Chapter 5 also describes in great detail many commonly used complex control algorithms and applicable conditions, which also lays a good foundation for students to engage in professional work in the future. The content of this book is highly purposeful and compactly organized. In order to cultivate students\' strong practical operation skills, emphasizing technical characteristics and usage methods is also the main focus of the writing process. \"Twelfth Five-Year Plan Textbook for Ordinary Higher Education: Computer Control System\" compiled by Tian Hong is a textbook for ordinary higher education (higher vocational education). This book is based on the MCS-51 single-chip microcomputer and developed based on the TDC-3000 distributed control system. It is written for the current employment and teaching needs of students. The book is divided into 8 chapters, and the main contents are: Overview of microcomputer control system, process input/output channel and interface technology, human-computer interaction interface technology, digital controller, anti-interference technology, distributed control system, system design and control examples, etc. It mainly involves the basic theory, analysis, design, and engineering implementation of computer control systems. \"Twelfth Five-Year Plan Textbook for General Higher Education: Computer Control Systems\" can be used as a textbook for industrial electrical automation, automation instrumentation, detection technology and application, mechatronics technology, applied electronic technology, numerical control technology application and computer control technology in higher vocational schools, higher technical colleges, adult undergraduate and junior college courses. It can also be used as a reference for relevant engineering and technical personnel. Preface Chapter 1 Overview of Microcomputer Control Systems 1.1 Overview of Microcomputer Control Systems 1.2 Classification of Microcomputer Control Systems 1.3 Main Research Contents and Development Prospects of Microcomputer Control Chapter 2 Process Input Channels and Interface Technology 2.1 Structure of Input Channels 2.2 Common Amplifiers in Analog Input Channels 2.3 A/D Converters and Interface Circuits with Single-Chip Microcomputers Chapter 3 Process Output Channels and Interface Technology 3.1 Structure of Output Channels 3.2 D/A Converters and Interface Circuits with Single-Chip Microcomputers 3.3 Common Actuators Chapter 4 Human-Computer Interaction Interface Technology 4.1 Keyboard Interface Technology 4.2 LED Display Interface Technology Chapter 5 Digital Controllers 5.1 PID Analog Controller 5.2 Digitalization of PID Regulation Laws 5.3 Several Improved Forms of PID Controllers 5.4 Methods for Setting PID Control Parameters 5.5 Cascade Control Technology 5.6 Ratio control system 5.7 Feedforward-feedback control system 5.8 Fuzzy controller Chapter 6 Anti-interference technology of microcomputer control system 6.1 Sources and classification of interference 6.2 Hardware suppression methods for several major interferences 6.3 CPU software anti-interference 6.4 Input and output channel software anti-interference 6.5 Reliability design and fault diagnosis Chapter 7 Distributed Control System 7.1 Overview of distributed control system 7.2 Network communication of distributed control system 7.3 Software configuration and configuration method of distributed control system 7.4 System characteristics of TDC-3000 7.5 Design and development of distributed control system 7.6 Fieldbus control system Chapter 8 System design and control examples 8.1 Requirements and steps for microcomputer control system design 8.2 Paper machine speed control 8.3 Control of heating furnace temperature 8.4 Control of molten steel level in crystallizer by DCS References
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