to reduce man-made error on automobile chassis dynamometer test stands during the driving test, an aided driving device and its fuzzy control strategy are studied in the paper.
针对汽车底盘测功机进行试验时的人为误差因素,提出了辅助驾驶装置的设计方案及其模糊控制策略。
the control system of simple transient chassis dynamometer is a complicated system of multi-input & multi-output coupling, time-varying nonlinear.
简易瞬态工况控制系统是一多输入、多输出、紧耦合、非线性、时变的复杂系统。
a method for a vehicle durability emission test using a robot driver instead of human drivers on the chassis dynamometer is presented.
提出利用驾驶机器人在底盘测功机上代替人类驾驶员进行排放耐久性试验的方法。
the vds software was verified through vehicle performance test on road and on chassis dynamometer machine.
通过实车道路和底盘测功机的性能试验对vds软件进行验证。
the joint control of auto chassis dynamometer system and cfvcvs is accomplished by means of simple and reliable ttl digital logic circuit in the exhaust gas evaluation test.
以简单、可靠的ttl数字逻辑电路实现了汽车底盘测功机系统和尾气采集系统的联机控制。
the chassis dynamometer is key equipment in an automobile test line.
测功试验台是汽车质检线中的关键设备。
the theory on computer simulation of driving resistance on chassis dynamometer and the precision of chassis dynamometer with new control system are analysed and the experiment result is provided.