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Design and Simulation of an Automated Road Safety Enhancement System by Testing the Physical Fitness of Driver

机译:试验司机物理健身的自动化道路安全增强系统的设计与仿真

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Most of the road mishaps occurred due to the mistakes of driver. The lack of physical fitness is one of the reasons for these kinds of accidents. Alcohol consumption and sleeping during driving also leads to accidents. The biological signals such as ECG, EEG and Heart Rate are considered to be good indicators to check physical fitness. To avoid the road mishaps, a micro-controller based system to sense the above mentioned parameters and to make a decision based on the sensed data is proposed in this paper. It consist of various sensors to detect biological signals, sleeping attitude and presence of alcohol in the blood of the driver. The micro-controller is programmed to make decision based on the sensed data. If the physical fitness of the driver is tested and verified successfully, can drive the vehicle. If not, the system automatically locks the engine and a message will be delivered to the control centre via wireless technology. The design and real time simulation of the proposed system is carried out in Proteus~R and the micro controller programming is done in mikroC~R.
机译:由于司机的错误,大多数道路发生了。缺乏身体素质是这些事故的原因之一。驾驶期间的酒精消耗和睡眠也会导致事故。 ECG,EEG和心率等生物信号被认为是检查身体健康的良好指标。为避免道路意外,基于微控制器的系统,以感测上述参数并在本文中提出了基于所感测数据的决定。它由各种传感器组成,以检测生物信号,睡觉姿态和液体中酒精的存在。微控制器被编程为基于所感测数据进行决定。如果驾驶员的物理适合度被测试并成功验证,可以驾驶车辆。如果没有,系统会自动锁定引擎,并且消息将通过无线技术传送到控制中心。所提出的系统的设计和实时模拟在Proteus〜R中进行,并且在Mikroc〜R中进行了微控制器编程。

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