Unmanned Multiple Railway Gates Controlling and Bi-directional Train Tracking with Alarming System using Principles of IoT

Afsana Ahmed, K. R. Noor, Ahmed Imteaj, Tanveer Rahman
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引用次数: 3

Abstract

Train is one of the mass transportations that's famous in the whole world. But now-a-days, accidents are still major concern in terms of safety of people. There are numerous railroads crossing which are unmanned because of bolt of labor expected to satisfy the requests. Consequently, numerous mishaps happen at such intersection since there is nobody to deal with the working of the railroad entryway when a prepare approaches the intersection. Up to date, there are several propositions to minimize the quantity of mischances and to diminish the laborwork at railroad entryways. A large portion of the proposition utilized sensors as a pointer gadget to identify the landing of the prepare yet which needs upkeep price, isn't totally an automated technique. In this paper, we have proposed a method which is capable of controlling rail gate for level crossing which is totally automated. Couple of Sensors are connected with Wemos D1 for control autonomus railgate with measuring distance and ThingSpeak server has been used to centrally control. Multiple rail gate will be controlled through this process. This system is cost effective, real time, automatic and it definitely alleviates rail accidents.
基于物联网原理的无人铁路多门控制与列车双向跟踪报警系统
火车是举世闻名的大众交通工具之一。但如今,事故仍然是人们安全方面的主要问题。有许多铁路道口是无人驾驶的,因为需要大量的劳动力来满足要求。因此,由于列车驶近该交叉口时,由于没有人处理铁路入口通道的工作,因此在该交叉口发生了许多事故。到目前为止,有几种建议来尽量减少事故的数量和减少铁路入口的劳动。该提案的很大一部分使用传感器作为指示装置来识别准备的着陆,但需要维护费用,并不是完全自动化的技术。本文提出了一种完全自动化的平交道口轨门控制方法。两个传感器与Wemos D1连接,用于控制自动导轨,测量距离,并使用ThingSpeak服务器进行集中控制。多轨闸门将通过此过程进行控制。该系统具有成本效益高、实时性好、自动化程度高的特点,一定程度上减轻了铁路事故的发生。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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