有一个折衷的模式，即汽车基于输入扫描器和摄像头的信号判断，自行驾驶，只需要驾驶员在十字路口进行操控。
The compromise is a mode that has the car driving on its own, basing its decisions on input from scanners and cameras, and only requires the driver to give guidance at crossroads.
车祸的主要原因几乎总是和驾驶员的驾车技术或临场判断有关。
The main cause of a road accident almost always has something to do with the driver's driving skills or judgments.
变工作排量；模糊推理；行驶工况判断；驾驶员意图识别；控制技术；应用。
Variable power displacement; Fuzzy reasoning; Judgment of running state; Identification of driver's intention; Control technology; Application.
本文主要思想是通过对驾驶员脸部信息的获取和图像检测，进行疲劳判断。
The main idea of this paper is to determine the fatigue level by getting the information of the driver face and image detecting.
通过对模拟数据的分析，能使驾驶员更准备的做出在应急情况下的判断。
Making the analysis to the analog data can cause drivers make more prepared judgement in the emergency situation.
研究表明，驾驶疲劳会导致驾驶员在驾驶过程中视力及听力水平降低、速度判断能力降低、反应时间延长、注意力下降、操作失误增多。
The research shows that the fatigue will cause such problems as sight, hearing, speed judgment and attention decrease, respond time extension and operation error increase.
为了评价驾驶员的驾驶特性，应用实验心理学的方法对驾驶员的感知、判断及操作特性进行了综合研究。
In order to evaluate driving characteristics, the synthetic characteristics of sensation, judgment and operation of drivers were researched based on the experimental psychology.
驾驶员事故是由于驾驶员在感知、判断或操作时发生失误造成的，分析驾驶员事故影响因素，主要是分析驾驶员发生感知、判断及操作失误的原因。
Driver's accident is because of driver action error at the feeling, judgment or operation, analyzing driver 's accident influence factor is mainly to analyze the reason of the error.
本发明的方法接着判断驾驶员功率命令是否超过系统功率能力。
The method of the present invention then determines if the driver power command exceeds the system power capability.
紧急情况下驾驶员能否做出准确、及时的判断和操作，对于防止交通事故具有重要的现实意义。
It is very important whether a driver can give correct decision and precise operation in emergency.
此系统通过检测刹车速度和力度判断驾驶员是非确实需要紧急停车。
Brake Assist measures the speed and force with which the brake pedal is pushed to determine whether the driver is attempting an emergency stop.
视线跟踪技术，融合头部特征、眼睛特征、环境特征等判断驾驶员疲劳的发生。
Using gaze tracking technique syncretized with head feature, eye feature and surrounding feature to judge drowsiness.
事实上，山区道路环境相对更容易使得驾驶员在驾驶过程中发生感知、判断或操作差错，从而导致事故的频繁发生。
Actually, mountain road environments are more likely to induce drivers 'mistakes in perception, judgments or operations when they are driving, and then cause frequent accidents.
事实上，山区道路环境相对更容易使得驾驶员在驾驶过程中发生感知、判断或操作差错，从而导致事故的频繁发生。
Actually, mountain road environments are more likely to induce drivers 'mistakes in perception, judgments or operations when they are driving, and then cause frequent accidents.
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