Skip to content
Scan a barcode
Scan
Added to your cart
Paperback The Application of Real Numbers Code for Genetic Algorithms Book

ISBN: 3838398491

ISBN13: 9783838398495

THE APPLICATION OF REAL NUMBERS CODE FOR GENETIC ALGORITHMS: Applied Into Design Membership Function in Fuzzy Logic Control System for Plastic Extruder

Select Format

Select Condition ThriftBooks Help Icon

Recommended

Format: Paperback

Condition: New

$169.00
50 Available
Ships within 2-3 days

Book Overview

This book investigates the use of Genetic Algorithms (GA) to design and implement of Fuzzy Logic Controllers (FLC). A fuzzy logic is fully defined by its membership function. What is the best to determine the membership function is the first question that has be tackled. Thus it is important to select the accurate membership functions but these methods possess one common weakness where conventional FLC use membership function generated by human operator, the membership function selection process is done with trial and error and it runs step by step which is too long in solving the underlined the problem. This book proposes a method that may help users to determine the membership function of FLC using the technique of GA optimization for the fastest processing in solving the problems. This book discusses several matters which become important factors that influence performance of GA, and also discusses concepts of plastic extruder, closed loop control system, fuzzy logic control, genetic algorithms and MATLAB. You may discuss about this book at: http://ai-softcomp.blogspot.com/ This description may be from another edition of this product.

Customer Reviews

0 customer rating | 0 review
There are currently no reviews. Be the first to review this work.
Copyright © 2025 Thriftbooks.com Terms of Use | Privacy Policy | Do Not Sell/Share My Personal Information | Cookie Policy | Cookie Preferences | Accessibility Statement
ThriftBooks ® and the ThriftBooks ® logo are registered trademarks of Thrift Books Global, LLC
GoDaddy Verified and Secured