Title :
Robust control prevents car skidding
Author_Institution :
Inst. fur Robotik und Systemdynamik, Oberpfaffenhofen, 82234 Wessling, Germany
fDate :
6/1/1997 12:00:00 AM
Abstract :
The author discusses a system of robust unilateral decoupling of car steering dynamics. Its effect is that the driver has to concern himself much less with disturbance attenuation. The important quick reaction to disturbance torques is done by the automatic feedback system. The yaw dynamics no longer interfere with the path-following task of the driver. The safety advantages have been demonstrated in experiments with a test vehicle. By empirical improvements, we have modified the controller such that it preserves the robust decoupling advantages for the first 0.5 seconds after a disturbance and then returns the steering authority gradually back to the driver
Keywords :
automobiles; dynamics; feedback; man-machine systems; robust control; transport control; 0.5 s; automatic feedback system; car skidding prevention; car steering dynamics; disturbance attenuation; path-following task; robust control; robust unilateral decoupling; yaw dynamics; Attenuation; Automatic control; Cascading style sheets; Control systems; Nominations and elections; Roads; Robots; Robust control; Systems engineering and theory; Tires;
Journal_Title :
Control Systems, IEEE