Simulation of control systems : selected papers from the IFAC symposium, Vienna, Austria, 22-26 September 1986 /
This volume investigates simulation and computer-aided control system designs. The book covers the use of models and program packages, their theoretical aspects and practical applications, and uses illustrative case studies to give a comprehensive view of this fast developing science.
Saved in:
Corporate Authors: | ; ; |
---|---|
Group Author: | ; ; |
Published: |
Published for the International Federation of Automatic Control by Pergamon Press,
|
Publisher Address: | Oxford [Oxfordshire] : |
Publication Dates: | 1987. |
Literature type: | eBook |
Language: | English |
Edition: | First edition. |
Series: |
IFAC proceedings series ;
1987, number 13 |
Subjects: | |
Online Access: |
http://www.sciencedirect.com/science/book/9780080343495 |
Summary: |
This volume investigates simulation and computer-aided control system designs. The book covers the use of models and program packages, their theoretical aspects and practical applications, and uses illustrative case studies to give a comprehensive view of this fast developing science. |
Item Description: | "IFAC Symposium on Simulation of Control Systems ... sponsored by IFAC--Committee on Theory"--Page [v]. |
Carrier Form: | 1 online resource (xii, 459 pages) : illustrations. |
Bibliography: | Includes bibliographical references and indexes. |
ISBN: |
9781483298993 148329899X |
Index Number: | TJ212 |
CLC: | TP273-53 |
Contents: |
Front Cover; Simulation of Control Systems; Copyright Page; IFAC SYMPOSIUM ON SIMULATION OF CONTROL SYSTEMS; PREFACE; Table of Contents; CHAPTER 1. BUILDING MODELS FOR A SPECIFIED PURPOSE USING SYSTEM IDENTIFICATION; 1 INTRODUCTION; 2 PROBLEM SETUP; 3 MEASURES OF MODEL QUALITY; 4 PREDICTION ERROR IDENTIFICATION METHODS; 5 ASYMPTOTIC PROPERTIES OF THE ESTIMATED TRANSFER FUNCTIONS; 6. MINIMIZING THE BIAS CONTRIBUTION; 7 MINIMIZING THE VARIANCE CONTRIBUTION; 8 MINIMIZING THE DESIGN CRITERIA; 9. CONCLUSIONS; REFERENCES; CHAPTER 2. OPTIMIZATION OF COMPUTER STRUCTURES; INTRODUCTION. Optimization of computer structureshierarchical modelling; simulating a decentralized network; simulating the communications system of a multiprocessor; conclusions; references; chapter 3. knowledge engineering approach to system modelling, diagnosis, supervision and control; introduction; system modelling and simulation; knowledge-based fault diagnosis systems; knowledge-based supervision systems; conclusions; references; chapter 4. process control of large scale systems; introduction; an advanced control environment for large scale processes; conclusions; references. Chapter 5. application examples of advanced digital control in wire industryintroduction; enamelling oven; multivariable control of enamelling oven; production process of foamed insulated cable; control system for foamed insulated cable; conclusion; references; chapter 6. simulation and realisation of in-line control algorithms; introduction; music: multi-purpose simulation and control; focop: forth control package; concluding remarks; references; chapter 7. simulation in control system design; introduction; development of simulation; control system design; why simulate. Design and implementationconclusions; references; chapter 8. simulation and computer aided control system design in engineering education; introduction; overview of approaches and solutions; student environments under midget; the dialog machine; program control; the use of matrix-environments in engineering education; the use of single purpose programs; discussion and recommendations; trends; conclusions; references; chapter 9. modelling and simulation of nonlinear systems based on infinite bilinear realizations; introduction; bilinearization of non-linearanalytical systems. ILLUSTRATIVE EXAMPLESAPPLICATION IN STABILITY OF SYSTEMS; CONCLUSION; REFERENCES; CHAPTER 10. REALIZATION ALGORITHM FOR TIME-VARYING SYSTEMS; I INTRODUCTION; II. SVSTW DESCRIPTION AND NOTATIONS; III. DEVELOPMENT OF THE ADAPTIVE REALIZATION ALGORITHM; IV. SIMULATION RESULTS; V. CONCLUSIONS; REFERENCES; CHAPTER 11. STATE AND PARAMETER IDENTIFICATION OF NONLINEAR SYSTEMS VIA BLOCK-PULSE FUNCTIONS; INTRODUCTION; THE QUASILINEARIZATION TECHNIQUE; PROPERTIES OF BLOCK-PULSE FUNCTIONS; SOLUTION OF MPBV PROBLEM VIA BPFs; NUMERICAL EXAMPLE; CONCLUSION; REFERENCES. |