Design of analog fuzzy logic controllers in CMOS technologies : implementation, test, and application

Dualibe, Carlos.; Verleysen, Michel. Jespers, Paul G. by Carlos Dualibe, Michel Verleysen, Paul G.A. Jespers.

درحال بارگذاري...

برای استفاده از امکانات سیستم، گزینه جاوا اسکریپت در مرورگر شما باید فعال باشد

جستجو

ایمیل دوست
نام شما
ایمیل شما
کد مقابل را وارد نمایید

این صفحه برای دوست شما با موفقیت ارسال شد.

فهرست محتوای دیجیتالی

فهرست مطالب

فهرست نقدها

11801 مرتبه مشاهده شده

Design of analog fuzzy logic controllers in CMOS technologies : implementation, test, and application

Dualibe, Carlos.

ISBN:1402073593
Call Number : QA 76 .9 .S63 .D83 2003
Main Entry: Dualibe, Carlos.
Title:Design of analog fuzzy logic controllers in CMOS technologies : implementation, test, and application [electronic resource] / by Carlos Dualibe, Michel Verleysen, Paul G.A. Jespers.
Publisher:Boston : Kluwer Academic Publishers, 2003.
Physical Description:viii, 214 p. : ill. ; 25 cm
Notes:Includes bibliographical references and index
Subject:Soft computing.
Subject:Fuzzy logic.
Subject:Programmable controllers.
Subject:Metal oxide semiconductors, Complementary.
Added Entry:Verleysen, Michel.
Added Entry:Jespers, Paul G.

فهرست محتوای دیجیتالی

Design of analog fuzzy logic controllers in CMOS technologies
مشاهده
دانلود

فهرست مطالب

fm.pdf
- Front Matter
- Preface
- Table of Contents
- Nomenclature
- Subject Index
- Author Index
pref.pdf
- Front Matter
- Preface
- Table of Contents
- Index
toc.pdf
- Front Matter
- Preface
- Table of Contents
- Part I. Introduction
  - 1. Strategy for Distillation-Column Control
  - 2. Fundamentals of Distillation
- Part II. Concepts and Configurations
  - 3. Overhead System Arrangements
  - 4. Column-Base and Reboiler Arrangements
  - 5. Feed System Arrangements
  - 6. Level Control and Feedforward Options
  - 7. Control of Sidestream Drawoff Columns
  - 8. Minimizing Energy Requirements
  - 9. Application of Protective Controls to Distillation Columns
  - 10. Indirect Composition Measurements
  - 11. Miscellaneous Measurements and Controls
- Part III. Quantitative Design of Distillation Control Systems
  - 12. Approaches to Quantitative Design
  - 13. Tray Dynamics Material Balance
  - 14. Distillation-Column Material-Balance Control
  - 15. Condenser and Reboiler Dynamics
  - 16. Liquid Level Control
  - 17. Pressure and ΔP Control
  - 18. Composition Dynamics Binary Distillation
  - 19. Calculation of Steady-State Gains
  - 20. Composition Control Binary Distillation
  - 21. Sampled-Data Control of Distillation Columns
- Nomenclature
- Subject Index
- Author Index
01.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- 1. Strategy for Distillation-Column Control
- 2. Fundamentals of Distillation
- Part II. Concepts and Configurations
- Part III. Quantitative Design of Distillation Control Systems
- Index
02.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- 1. Strategy for Distillation-Column Control
- 2. Fundamentals of Distillation
- Part II. Concepts and Configurations
- Part III. Quantitative Design of Distillation Control Systems
- Index
03.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- 3. Overhead System Arrangements
- 4. Column-Base and Reboiler Arrangements
- 5. Feed System Arrangements
- 6. Level Control and Feedforward Options
- 7. Control of Sidestream Drawoff Columns
- 8. Minimizing Energy Requirements
- 9. Application of Protective Controls to Distillation Columns
- 10. Indirect Composition Measurements
- 11. Miscellaneous Measurements and Controls
- Part III. Quantitative Design of Distillation Control Systems
- Index
04.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- 3. Overhead System Arrangements
- 4. Column-Base and Reboiler Arrangements
- 5. Feed System Arrangements
- 6. Level Control and Feedforward Options
- 7. Control of Sidestream Drawoff Columns
- 8. Minimizing Energy Requirements
- 9. Application of Protective Controls to Distillation Columns
- 10. Indirect Composition Measurements
- 11. Miscellaneous Measurements and Controls
- Part III. Quantitative Design of Distillation Control Systems
- Index
05.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- 3. Overhead System Arrangements
- 4. Column-Base and Reboiler Arrangements
- 5. Feed System Arrangements
- 6. Level Control and Feedforward Options
- 7. Control of Sidestream Drawoff Columns
- 8. Minimizing Energy Requirements
- 9. Application of Protective Controls to Distillation Columns
- 10. Indirect Composition Measurements
- 11. Miscellaneous Measurements and Controls
- Part III. Quantitative Design of Distillation Control Systems
- Index
06.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- 3. Overhead System Arrangements
- 4. Column-Base and Reboiler Arrangements
- 5. Feed System Arrangements
- 6. Level Control and Feedforward Options
- 7. Control of Sidestream Drawoff Columns
- 8. Minimizing Energy Requirements
- 9. Application of Protective Controls to Distillation Columns
- 10. Indirect Composition Measurements
- 11. Miscellaneous Measurements and Controls
- Part III. Quantitative Design of Distillation Control Systems
- Index
07.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- 3. Overhead System Arrangements
- 4. Column-Base and Reboiler Arrangements
- 5. Feed System Arrangements
- 6. Level Control and Feedforward Options
- 7. Control of Sidestream Drawoff Columns
- 8. Minimizing Energy Requirements
- 9. Application of Protective Controls to Distillation Columns
- 10. Indirect Composition Measurements
- 11. Miscellaneous Measurements and Controls
- Part III. Quantitative Design of Distillation Control Systems
- Index
08.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- 3. Overhead System Arrangements
- 4. Column-Base and Reboiler Arrangements
- 5. Feed System Arrangements
- 6. Level Control and Feedforward Options
- 7. Control of Sidestream Drawoff Columns
- 8. Minimizing Energy Requirements
- 9. Application of Protective Controls to Distillation Columns
- 10. Indirect Composition Measurements
- 11. Miscellaneous Measurements and Controls
- Part III. Quantitative Design of Distillation Control Systems
- Index
09.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- 3. Overhead System Arrangements
- 4. Column-Base and Reboiler Arrangements
- 5. Feed System Arrangements
- 6. Level Control and Feedforward Options
- 7. Control of Sidestream Drawoff Columns
- 8. Minimizing Energy Requirements
- 9. Application of Protective Controls to Distillation Columns
- 10. Indirect Composition Measurements
- 11. Miscellaneous Measurements and Controls
- Part III. Quantitative Design of Distillation Control Systems
- Index
10.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- 3. Overhead System Arrangements
- 4. Column-Base and Reboiler Arrangements
- 5. Feed System Arrangements
- 6. Level Control and Feedforward Options
- 7. Control of Sidestream Drawoff Columns
- 8. Minimizing Energy Requirements
- 9. Application of Protective Controls to Distillation Columns
- 10. Indirect Composition Measurements
- 11. Miscellaneous Measurements and Controls
- Part III. Quantitative Design of Distillation Control Systems
- Index
11.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- 3. Overhead System Arrangements
- 4. Column-Base and Reboiler Arrangements
- 5. Feed System Arrangements
- 6. Level Control and Feedforward Options
- 7. Control of Sidestream Drawoff Columns
- 8. Minimizing Energy Requirements
- 9. Application of Protective Controls to Distillation Columns
- 10. Indirect Composition Measurements
- 11. Miscellaneous Measurements and Controls
- Part III. Quantitative Design of Distillation Control Systems
- Index
12.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- Part III. Quantitative Design of Distillation Control Systems
- 12. Approaches to Quantitative Design
- 13. Tray Dynamics - Material Balance
- 14. Distillation-Column Material-Balance Control
- 15. Condenser and Reboiler Dynamics
- 16. Liquid Level Control
- 17. Pressure and Delta P Control
- 18. Composition Dynamics - Binary Distillation
- 19. Calculation of Steady-State Gains
- 20. Composition Control - Binary Distillation
- 21. Sampled-Data Control of Distillation Columns
- Index
13.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- Part III. Quantitative Design of Distillation Control Systems
- 12. Approaches to Quantitative Design
- 13. Tray Dynamics - Material Balance
- 14. Distillation-Column Material-Balance Control
- 15. Condenser and Reboiler Dynamics
- 16. Liquid Level Control
- 17. Pressure and Delta P Control
- 18. Composition Dynamics - Binary Distillation
- 19. Calculation of Steady-State Gains
- 20. Composition Control Binary Distillation
- 21. Sampled-Data Control of Distillation Columns
- Index
14.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- Part III. Quantitative Design of Distillation Control Systems
- 12. Approaches to Quantitative Design
- 13. Tray Dynamics - Material Balance
- 14. Distillation-Column Material-Balance Control
- 15. Condenser and Reboiler Dynamics
- 16. Liquid Level Control
- 17. Pressure and Delta P Control
- 18. Composition Dynamics - Binary Distillation
- 19. Calculation of Steady-State Gains
- 20. Composition Control Binary Distillation
- 21. Sampled-Data Control of Distillation Columns
- Index
15.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- Part III. Quantitative Design of Distillation Control Systems
- 12. Approaches to Quantitative Design
- 13. Tray Dynamics - Material Balance
- 14. Distillation-Column Material-Balance Control
- 15. Condenser and Reboiler Dynamics
- 16. Liquid Level Control
- 17. Pressure and Delta P Control
- 18. Composition Dynamics - Binary Distillation
- 19. Calculation of Steady-State Gains
- 20. Composition Control Binary Distillation
- 21. Sampled-Data Control of Distillation Columns
- Index
16.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- Part III. Quantitative Design of Distillation Control Systems
- 12. Approaches to Quantitative Design
- 13. Tray Dynamics - Material Balance
- 14. Distillation-Column Material-Balance Control
- 15. Condenser and Reboiler Dynamics
- 16. Liquid Level Control
- 17. Pressure and Delta P Control
- 18. Composition Dynamics - Binary Distillation
- 19. Calculation of Steady-State Gains
- 20. Composition Control Binary Distillation
- 21. Sampled-Data Control of Distillation Columns
- Index
17.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- Part III. Quantitative Design of Distillation Control Systems
- 12. Approaches to Quantitative Design
- 13. Tray Dynamics - Material Balance
- 14. Distillation-Column Material-Balance Control
- 15. Condenser and Reboiler Dynamics
- 16. Liquid Level Control
- 17. Pressure and Delta P Control
- 18. Composition Dynamics - Binary Distillation
- 19. Calculation of Steady-State Gains
- 20. Composition Control Binary Distillation
- 21. Sampled-Data Control of Distillation Columns
- Index
18.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- Part III. Quantitative Design of Distillation Control Systems
- 12. Approaches to Quantitative Design
- 13. Tray Dynamics - Material Balance
- 14. Distillation-Column Material-Balance Control
- 15. Condenser and Reboiler Dynamics
- 16. Liquid Level Control
- 17. Pressure and Delta P Control
- 18. Composition Dynamics - Binary Distillation
- 19. Calculation of Steady-State Gains
- 20. Composition Control Binary Distillation
- 21. Sampled-Data Control of Distillation Columns
- Index
19.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- Part III. Quantitative Design of Distillation Control Systems
- 12. Approaches to Quantitative Design
- 13. Tray Dynamics - Material Balance
- 14. Distillation-Column Material-Balance Control
- 15. Condenser and Reboiler Dynamics
- 16. Liquid Level Control
- 17. Pressure and Delta P Control
- 18. Composition Dynamics - Binary Distillation
- 19. Calculation of Steady-State Gains
- 20. Composition Control Binary Distillation
- 21. Sampled-Data Control of Distillation Columns
- Index
20.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- Part III. Quantitative Design of Distillation Control Systems
- 12. Approaches to Quantitative Design
- 13. Tray Dynamics - Material Balance
- 14. Distillation-Column Material-Balance Control
- 15. Condenser and Reboiler Dynamics
- 16. Liquid Level Control
- 17. Pressure and Delta P Control
- 18. Composition Dynamics - Binary Distillation
- 19. Calculation of Steady-State Gains
- 20. Composition Control Binary Distillation
- 21. Sampled-Data Control of Distillation Columns
- Index
21.pdf
- Front Matter
- Table of Contents
- Part I. Introduction
- Part II. Concepts and Configurations
- Part III. Quantitative Design of Distillation Control Systems
- 12. Approaches to Quantitative Design
- 13. Tray Dynamics - Material Balance
- 14. Distillation-Column Material-Balance Control
- 15. Condenser and Reboiler Dynamics
- 16. Liquid Level Control
- 17. Pressure and Delta P Control
- 18. Composition Dynamics - Binary Distillation
- 19. Calculation of Steady-State Gains
- 20. Composition Control Binary Distillation
- 21. Sampled-Data Control of Distillation Columns
- Index
nom.pdf
- Front Matter
- Table of Contents
- Subject Index
- Author Index
indx_subj.pdf
- Front Matter
- Table of Contents
- Subject Index
- Author Index
indx_auth.pdf
- Front Matter
- Table of Contents
- Subject Index
- Author Index

...ادامه