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. Industry Pub Date :2012-12-01 311 Machinery Industry Press MATLABsimulink and process control system List 49.8 yuan Liu Ting ed Machinery Industry Publishing 2012 - 12-1 9787111400608
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MATLABsimulink process control system(Chinese Edition)
Published by
Machinery Industry Press, 2000
ISBN 10: 7111400607
ISBN 13: 9787111400608
New
paperback
Seller: liu xing, Nanjing, JS, China
Seller rating 5 out of 5 stars
paperback. Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date :2012-12-01 Pages: 311 Publisher: Machinery Industry Press title: MATLABsimulink and process control system List Price: 49.8 yuan Author: Liu Ting ed Press: Machinery Industry Publishing Date: 2012 - 12-1ISBN: 9787111400608 Words: 495.000 yards: 311 Edition: 1 Binding: Paperback: large 16 Product size and weight: Editor's Choice book from the basic concept and systematic exposition of a simple process control systems and complex process control systems the composition of the basic principles. characteristics. design methodology and process control system of computer-aided design. The content includes the basic knowledge and common toolbox of MATLABSimulink process control system. PID control strategy. single-loop control system. a cascade control system. the ratio control system. control system evenly split range control system. selective control system. compensation control system. decoupling control system. as well as a typical control system analysis. design. parameter tuning. By a large number of classic Simulink simulation instance comprehensively expounded the principle of the process control system design and parameter tuning and other technology. The book is easy to understand. clear concept. theory is closely integrated with Simulink simulation. the contents of each chapter are interrelated and mutually independent. readers can combine their areas of expertise-depth study. Book this applies to the field of automation. automation. instrumentation. computer applications. machinery and electronics and automation. college students and graduate students as teaching reference books. for engaging in the production process automation. machinery. electronics and automation. computer applications in areas such as engineering technology officers. Summary Table of Contents Preface Chapter 1 of the process control system and simulation Overview 1.1 Process control the composition and characteristics of the process control system of tasks and goals 1.2 1.3 classification process control system 1.3.1 General Classification 1.3 .2 Classification 1.3.3 Classification 1.4 process control system according to the structural characteristics of the system performance settings form time domain control performance indicators 1.4.2 1.4.1 Integrated control performance 1.5 1.5.1 control system computer simulation MATLAB calculation and simulation of the process control system 1.5.2 Control system MATLAB Computing and Simulation 2.1 MATLAB MATLAB and Simulink basis of Chapter 2 System Overview 2.1.1 MATLAB Introduction .1.2 MATLAB Introduction 2.1.3 MATLAB Programming Fundamentals 2.2 MATLAB numerical calculation function 2.2.1 MATLAB data types 2.2.2 matrix and its operation 2.3 MATLAB graphics functions 2.3.1 two-dimensional graphics rendering three-dimensional graphics of 2.3.2 draw 2.4 program design 2.4.2 2.4.1 M file process control the statement 2.5 Simulink Simulation foundation 2.5.1 Simulink the basic operation .5.2 system simulation and parameter settings of the basic module 2.5.3 Simulink 2.6 Simulink simulation example Chapter 3 PID controller 3.1 Overview 3.2 ratio adjustment is 3.2.1 proportional control and proportional band Features 3.3 3.2.2 ratio regulator integral regulator 3.3.1 integral regulator Overview 3.3.2 integral regulator characteristics 3.3.3 integral speed the proportion of the influence of the control system 3.4 integral regulator 3.4.1 3.4.2 proportional integral regulator proportional integral control characteristics 3.4.3 proportional integral regulator system transition process 3.4.4 integral saturation and prevent 3.5 proportion 3.6.2 PID the differential regulator 3.5.1 proportional derivative control algorithm 3.5.2 proportional and differential characteristics of the regulator 3.6 proportional integral differential regulator 3.6.1 proportional integral differential regulator express. Seller Inventory # FV068540