This paper describes an integrated driver model for vehicle-driver closed-loop simulation at high speed maneuvering. The proposed driver model is developed to specialize in limit handling, in order to be used as a validation platform of chassis control system. Thus, the proposed driver model emulates human driver's driving characteristics such as, desired path selection from varying preview area, deceleration against losing maneuverability. In high-speed cornering, steering with excessive corner-entry speed causes lateral tire force saturation readily. Sequentially, the lateral tire force saturation induces lateral instability of a vehicle. Deceleration is the most effective manipulation which driver can do. The proposed driver model is designed to utilize capability of tire force tightly, while securing lateral stability of the vehicle. The proposed driver model has been validated via comparison with an expert driver's driving data, collected on the Korea International Circuit in Yeongam, Korea.
Driver model with motion stabilizer for vehicle-driver closed-loop simulation at high-speed maneuvering
2015 IEEE Intelligent Vehicles Symposium (IV) ; 1299-1304
2015-06-01
1052676 byte
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
British Library Conference Proceedings | 2015
|A lateral driver model for vehicle-driver closed-loop simulation at the limits of handling
Kraftfahrwesen | 2015
|A lateral driver model for vehicle-driver closed-loop simulation at the limits of handling
Online Contents | 2015
|A lateral driver model for vehicle–driver closed-loop simulation at the limits of handling
Taylor & Francis Verlag | 2015
|