Title :
Research of HSIC-PID control to submarine depth near surface
Author :
Hu Kun ; Liu Changbo ; Ding Fenglei ; Zhang Jianhua
Author_Institution :
Combat Command Dept., Navy Submarine Acad., Qing Dao, China
Abstract :
The vertical movement of submarine has some characteristics such as non-linearity, time-dependent parameter and Complex Interfering. The traditional PID control can control the precision, but the rudder is used frequently, which is bad to the invisibility and safety. On the base of submarine vertical movement model and the rule of vertical movement, this paper contacts human simulating intelligent control with PID control, forming a new control method named HSIC-PID. Aiming at model submarine, this paper does some simulation to the depth control in two circumstances, one is without disturbance outside, another is disturbed by offshore wave when submarine sails near the surface. The result proves that the HSIC-PID is efficacious.
Keywords :
intelligent control; marine control; motion control; three-term control; underwater vehicles; HSIC-PID control; complex interfering; depth control; human simulating intelligent control; offshore wave; submarine depth near surface; submarine vertical movement; time-dependent parameter; Abstracts; Electronic mail; Intelligent control; PD control; Safety; Surface waves; Underwater vehicles; Depth Control; Human Simulating Intelligent Control; Submarine;
Conference_Titel :
Control Conference (CCC), 2013 32nd Chinese
Conference_Location :
Xi´an