汽车主动安全系统设计中考虑的核心对象是驾驶员。
The driver is the core target considered in the design of active automotive safety system.
结合实例，说明该方法在汽车主动安全性评价中的应用。
A practical example shows the application of the method to the evaluation of vehicle active safety.
汽车操纵稳定性控制是当今汽车主动安全技术研究的重点。
Vehicle stability control is the focus of automotive active safety technology nowadays.
汽车的制动稳定性是汽车主动安全性研究的重点内容之一。
The braking stability of the automotive is one of the investigative points in active safety in car contents.
汽车防抱制动系统(abs)是改善汽车主动安全性的重要装置。
Anti lock braking system (ABS) is an important device to improve the active safety of vehicle.
ABS是改善汽车主动安全性的重要装置，在各种类型的车辆上都有应用。
ABS is a key equipment to improve automotive active safety. It has been used on various vehicles.
该方法不仅为精确算法，而且可以缩短汽车主动安全性的评价周期，避免实车试验带来的巨大的经济负担。
This method not only is precise, but also can shorten the evaluation period of active safety and reduce the tremendous cost for real vehicle testing.
汽车制动系统是汽车主动安全系统的重要组成部分，制动系统的电子控制极大地提高了汽车的主动安全性。
The braking system is the important part of the active safety system with its electronic control greatly improving the active safety.
论述了电控限滑差速器(ELSD)改善汽车动力学特性的原理，提出了基于提高汽车主动安全性的控制方法。
The application prospect of electric limited slip differential (ELSD) in vehicles and its effect on improving vehicle dynamic characteristics and safety are addressed.
然而随着汽车保有量的增加，带来的安全问题也越来越引起人们的注意，而制动系统则是汽车主动安全的重要系统之一。
However, with increasing of vehicle, security issues are arising from increasingly attracting attention, the braking system is one of important system of active safety.
说明该模型可以作为汽车主动速度控制系统限速的依据和辅助行驶时相应路段的安全速度的判别标准。
Note that the model could serve as a vehicle active speed control system and auxiliary driving the speed limit based on the speed of identification when safety standards.
说明该模型可以作为汽车主动速度控制系统限速的依据和辅助行驶时相应路段的安全速度的判别标准。
Note that the model could serve as a vehicle active speed control system and auxiliary driving the speed limit based on the speed of identification when safety standards.
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