基于物联网的实时自动前灯调光系统

K. Gandhi, Karanpartap Singh Aulakh, Gurpreet Singh Kharoud, Jobanpreet Singh Thind, Seemu Sharma
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引用次数: 1

摘要

每天发生的交通事故数量逐年上升。根据历年的记录,车辆事故大多是由于在不同的气候条件下使用了错误的梁。近年来,在雾或雨的情况下使用远光灯已经造成了最多的事故,并且已经成为一个日益关注的问题。本文提出了一种自动前照灯调光系统的原型,该系统由三个主要传感器- ldr,雨和雾传感器组成,它们向Arduino Uno提供输入,Arduino Uno作为微控制器提供控制机制,当气候条件或空气中的能见度(光线)突然变化时,该系统已开发出从低到高切换光束或反过来切换光束的驾驶场景。该项目可用于汽车性能提升领域,或借助更好的体验,维护驾驶员和乘客的安全。该项目的目的是试图消除在错误的环境中进行波束切换的人为错误,从而对驾驶员或周围车辆构成重大安全威胁。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT Based Realtime Automatic Headlight Dimmer System
The number of traffic accidents that take place daily have risen annually. Per the records of past years, vehicular accidents are mostly based on the use of wrong beam in different climatic conditions. The use of high beam during situations like fog or rain have caused the most number of accidents in the recent years and have become a rising concern. This paper proposes a prototype of an automatic headlight dimming system, constituting of three major sensors-LDR, rain and fog sensors which provide inputs to Arduino Uno which acts as a microcontroller to provide a control mechanism, that has been developed to toggle the beam from low to high or vice versa for driving scenarios when there is sudden change in climatic conditions or in the visibility(light) in the air. The project can be used in the field of automotive performance improvement or with the help of better experience that maintains the safety of driver as well as the passengers. The project is based upon aims to try to eliminate the human error of beam switching in wrong surroundings hence posing as a major security threat to the driver or the surrounding cars.
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