โ Scribed by Katsushi Matsuda; Hiroyuki Shinjyo; Masaharu Harada; Kouji Ohata; Kunio Sakata
No coin nor oath required. For personal study only.
Nowadays we are discussing a vehicle stability control system which freely controls the braking force of each wheel to apply the yaw moment and decelerate the vehicle. The system drastically improves the vehicle cornering performance and stabilizes the vehicle behaviour in its critical area. This paper discusses points to notice in the case of applying this technique for heavy duty trucks, and describes the possibility of the stabilization for vehicle cornering behavior of a heavy duty truck.
๐ SIMILAR VOLUMES
In order to develop a proper speed control technique for automated driving of heavy-duty vehicles, in the situation of mixed tra$c of heavy-duty vehicles and passengers cars, a simulation study is carried out considering the transient characteristics of heavy-duty vehicles in acceleration and decele
To develop a speed control technique for automated driving of heavy-duty vehicles, which can be applied to the intermixed tra$c situation of heavy-duty vehicles and passenger cars, simulation study is carried out to check the control performance for timedependent target speed. The control performanc
includes noise information for example, roadside reflection, next lane-car reflection, etc. And so we have to eliminate it and extract the targel information important for vehicle control. This target information is acquired by "Two-step labeling process". Utilizing these processes coupled with a hi