학술논문

Fuzzy Control Strategy of Sub-mini Underwater Robots in Rectifying Control
Document Type
Conference
Source
2009 Sixth International Conference on Fuzzy Systems and Knowledge Discovery Fuzzy Systems and Knowledge Discovery, 2009. FSKD '09. Sixth International Conference on. 6:218-221 Aug, 2009
Subject
Communication, Networking and Broadcast Technologies
Computing and Processing
Fuzzy control
Robot control
Open loop systems
Control systems
Torque control
Voltage control
Fuzzy systems
Stability
Control system synthesis
Interference
fuzzy inverse model
fuzzy control
PID control
propulsion system
rectifying control
Language
Abstract
In this paper, fuzzy control strategy is used to improve the stability of sub-mini underwater robots. The sub-mini underwater robots’ fuzzy control method in the horizontal plane is mainly discussed here. Based on the language description of the model and according to the closed-loop system’s dynamic model, the fuzzy controller language is educed with the inversion of the language model. The closed-loop system’s stability can be ensured with this method, and its application on sub-mini underwater robots has not been reported yet. Results from simulation and experiments indicate that this control method has better stability and anti-jamming performance than variable structure PID control method.