汽车侧滑控制系统可以减少不足转向及过多转向，但是它该表不了物理法则。不管怎样，它能帮助你了解车辆在附着极限时应该怎么做，这样你就可以下意识地快速反应。它可以？
Vehicle skid control systems can reduce understeer or oversteer, but they cannot change the laws of physics. Either way, it helps to know what to do when.
对所建立的简化电动汽车驱动模型，采用模糊PID控制算法对左右两侧驱动轮单独控制，应用此算法可使各车轮的滑转率控制在最佳滑转率附近。
The driving model of the Electrical Vehicle is to separately control wheels by fuzzy PID controlling arithmetic. This arithmetic makes slip-rate of every wheel reaching the best rate.
车轮侧滑是影响汽车轮胎磨损、操纵稳定性以及行车安全性的重要因素。
Side slipping is one of the factors influencing automobile tire wear and tear, handling stability and security.
对单板双板连动，双板独立式侧滑试验台及车检时汽车的受力情况进行了对比，并加以分析，从而得出准确的结论。
The sideslip test-bed provided with single-double boards and double independent boards is tested by auto's loading forces, which is analyzed here to reach the exact conclusion.
因此，作为前轮定位参数的重要部分——侧滑量的检测在汽车检测系统中占有不可或缺的地位。
Therefore, the test of front wheel side slip is very essential in vehicle's test system, which is an important part of front wheel position parameters.
制动防抱死系统是防止车轮抱死，减少汽车滑动和防止车辆侧滑的主要装置。
Anti-Lock Braking System prevent wheels from locking, reduce the slide of automobile and prevent slide of side direction of vehicle.
汽车检测线智能化控制系统能实现尾气、噪声、灯光、侧滑、轴荷、制动等工位数据的自动采集控制。
The control system can realize working sites data automatic gathering and control of exhaust gas, noise, headlight, side slip, axle load, brake, etc.
在该系统的控制下，可实现对汽车的排放、车速、制动、侧滑及灯光等性能进行自动化检测。
With the system, automatic performance testing for exhaust emission, speed, braking, side slip and lighting will be possible.
介绍了汽车转向轮侧滑量测量的必要性和基本测量原理，根据其基本原理设计了测量系统的硬件和软件；
The necessary to measure the automobile directive wheel sliding and the theory of measuring are described. The hardware and software of measuring system based on the theory are designed.
汽车滚翻事故的再现分析是一个复杂的过程，需要仔细考察汽车滚翻过程的3个阶段，包括侧滑阶段、侧翻阶段和翻滚阶段。
The reconstruction of rollover accident is a complex process which needs contemplation on the three stages of a rollover accident, including Pre-trip phase, trip phase, and Post-trip phase.
汽车滚翻事故的再现分析是一个复杂的过程，需要仔细考察汽车滚翻过程的3个阶段，包括侧滑阶段、侧翻阶段和翻滚阶段。
The reconstruction of rollover accident is a complex process which needs contemplation on the three stages of a rollover accident, including Pre-trip phase, trip phase, and Post-trip phase.
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