除此之外，还有一些设备可用于检测驾驶员的健康水平，其中包括用于检查驾驶员的紧张程度的心率监测仪，以及为糖尿病患者准备的血糖监测仪等。
Others check on a driver's health with a heart-rate monitor to measure his stress level and a blood-sugar monitor for diabetics.
如果该系统监测到前面有可能引发碰撞的障碍物，它就会通过警报器、闪烁灯以及可感触的(tactile or haptic)的警告——收紧驾驶员的安全带——向驾驶员发出警告。
If the system detects an obstacle that is likely to cause a crash, it warns the driver via an alarm, a flashing light, and then a tactile or "haptic" warning which tightens the driver's seatbelt.
如今，在驾驶员资格考试中，为了提高效率，减少工作量，越来越多的考试场使用了电子辅助监测系统。
Nowadays, in order to improve the efficiency, more and more test fields use the electronic assistant in the test of driver qualification.
在采用机器视觉对驾驶员进行驾驶行为监测时，嘴部状态识别是关键技术之一。
When we use the machine vision to monitor the driving behavior of a driver, identifying the mouth state is one of the key technologies.
许多研究者利用车载摄像机系统进行驾驶员视觉监测技术的研究。
Therefore, most of researchers have studied the driver's monitoring method based on machine vision by vehicle-mounted cameras.
结果表明，双目标监测系统能够实时、准确地监测和识别驾驶员的觉醒水平，具有较高的识别容错性和准确性。
Test results show that the proposed double-objective detection system can monitor and identify accurately a driver's alert level with high fault tolerance provided.
提出一种基于眼睛状态识别的驾驶员疲劳状态监测算法。
A driver fatigue monitoring algorithm based on eye state recognition is proposed here.
当胎压偏离设定指时，胎压监测系统声、光报警提示驾驶员，检查车轮状况。
When tire pressure deviation from the set refers to the tire pressure monitoring system sound and light alarm to prompt the driver, check the wheel situation.
基于ARM的路况信息监测和安全措施，在一些不容易被驾驶员发现和容易忽略的道路交通隐患状况下是非常有用的。
The ARM-based traffic information detection and security measures are very useful for drivers where is easy to overlook the risks of traffic accidents.
眼睛检测是驾驶员疲劳监测系统的关键技术，人眼包含了驾驶员的很多信息，如视线、注意程度、疲劳程度。
Eye tracking is one of the key technologies for driver fatigue monitor system since human eyes contain much information about the driver's condition such as gaze, attention level, and fatigue level.
实验结果表明，该方法能监测出驾驶员84%的疲劳状态。
The results showed that our approach can detect 84% of drivers' fatigue.
基于改进的和提出的新算法，设计了一个嵌入式驾驶员疲劳监测系统。
Technology for driver fatigue surveillance is becoming a new research topic in image processing and application fields.
基于改进的和提出的新算法，设计了一个嵌入式驾驶员疲劳监测系统。
Technology for driver fatigue surveillance is becoming a new research topic in image processing and application fields.
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