CONTROL METHOD COMBINING FUZZY LOGIC CONTROL WITH SLIDING MODE CONTROL FOR IDEAL DYNAMIC RESPONSES
Patent №
US 7,783,580
Granted
2010-08-24
Filed 2007
Owner
NATIONAL TAIWAN UNIVERSITY OF SCIENCE AND TECHNOLOGY
Lab
—
AI components
3
vision · planning · hardware
Assignment
Recorded
Dataset
AIPD
2023_r1 edition
Application
11832137
The invention provides a novel control method combining fuzzy logic control with gain auto-tuning sliding mode control. A control error signal e(t) from the detection mechanism and an error change signal ce(t) are combined together as a sliding variable s(t)=ce(t)+λe(t) and used as the fuzzy input control variable. Using the control method, 2D fuzzy control rule is simplified into 1D fuzzy control rule through the sliding variable definition for enhancing the efficiency of computation and saving computation resources. Accordingly, both the quick transient response and steady state precision positioning can be achieved. The present method can overcome the disadvantages of current controller, which can not reach the desired transient and steady state responses simultaneously.
AI classification
Ownership
NATIONAL TAIWAN UNIVERSITY OF SCIENCE AND TECHNOLOGY
assignment · 196370066
Assignors
HUANG, SHIUH-JER, LIN, SHU-YI, HE, GUANG-LING
On an employer assignment, the assignors are typically the inventors.