The Application and Research of the Fuzzy Control in the Servo System for Milling Machines

Xiao Dong Tan; Xin Liu; Chen Bao Liu; Ke De Zheng

doi:10.4028/www.scientific.net/AMR.211-212.11

Paper Titles

Sponsors, Committees and Preface

Adaptive Tracking Moving Targets Based on MACA Algorithm
p.1

Application of ISO9000 Theory and TSIP Method in Engineering Education
p.6

The Application and Research of the Fuzzy Control in the Servo System for Milling Machines
p.11

Analysis of Take-Off Performances for a Double-Joint Hopping Leg
p.16

Experimental Research on Pneumatic Cylinder’s Exhausted-Air Reclaiming Control Systems
p.21

Theoretical Analysis and Experimental Investigations of the Frictional Wear Characteristics of Nanometric Zirconia Ceramics
p.26

Investigation into the Mechanical Properties of Nanometric Zirconia Dental Ceramics
p.31

Influence of the Grinding Pass on Microstructure and its Uniformity of the Grind-Hardened Layer
p.36

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 211-212The Application and Research of the Fuzzy Control...

The Application and Research of the Fuzzy Control in the Servo System for Milling Machines

Abstract:

Using the Fuzzy PID’s control method into the servo control system and the PID parameters can be adjusted real-time according to the simulation results, which corrects the system. Increasing the adaptabilities for the parameters’ real-time changings to improve the controlled object’s steady and dynamic performance, the system’s control precision and the capability of anti-jamming. With the help of MATLAB's FUZZY toolbox, the system’s control performance is tested in the aspects of system modeling and simulation.