驾驶员反馈系统与白线发热检测

S. K. Vasudevan, G. Kowshik, J. Anudeep
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引用次数: 3

摘要

目前汽车的尖端技术非常先进,说今天的汽车比人类更聪明一点也不为过。它们有很多内置功能,比如接听电话、无线控制音响系统、停车用超声波传感器等等。但是,目前还没有系统可以研究驾驶员在驾驶时的行为,并向驾驶员提供关于他的困倦,驾驶偏差,速度变化,转向角度模式,心率,驾驶员在车内的舒适度等反馈报告,以便他可以提高驾驶水平。许多可用的反馈系统没有提供有关困倦,驾驶员偏离驾驶,心率分析的数据,这是需要的,因为根据碰撞的统计数据,2016年共有37,461人死于机动车碰撞,约有83,000例因困倦驾驶而登记,这已成为当今生命的主要威胁。为了克服这些问题,我们通过Web应用程序执行数据分析,为驾驶员提供了一个有效的警报和反馈系统。如果发生事故,为了更快地通知紧急服务,我们还将事故严重程度的地理标签上传到另一个独特的网页上,医院可以了解附近发生的事故,并更快地发送紧急服务。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Driver Feedback System With White Line Fever Detection
The current leading-edge technologies in automobiles are so advanced that there is no exaggeration in saying that today’s cars are smarter than humans. They have many inbuilt features like taking up calls, wireless control over the audio systems, ultrasonic sensors for parking and the list goes on. But there are no systems in place which will study the driver’s behavior while driving and gives a feedback report to the driver about his drowsiness, deviation from driving, speed variations, steering angle patterns, heartbeat rate, the comfort of the driver inside the vehicle etc., so that he can improve his driving. Many of the available feedback system doesn’t provide data about the drowsiness, deviation of driver from driving, heart rate analysis and this is needed because according to the statistics on the crashes, a total of 37,461 people died in motor vehicle crashes in 2016 and there were about 83,000 cases registered due to drowsy driving which has become a major threat to life nowadays. In order to overcome these problems, we provide an efficient alerting, feedback system to the driver through a Web application by performing data analytics. In case of any crash, for faster intimation to emergency services we also upload the Geotag, the severity of accident to another unique web page where hospitals can know about the nearby accidents occurred around them and send the emergency services faster.
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