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Wireless Sensor networks with Zigbee and WiFi for Environment Monitoring, Traffic Management and Vehicle Monitoring in Smart Cities

机译:具有Zigbee和WiFi的无线传感器网络,可用于智能城市中的环境监控,交通管理和车辆监控

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In this paper, the use of sensor networks in environmental monitoring, vehicle monitoring and traffic management, which are important in a smart city are discussed. Sensors in Zigbee and Wi Fi networks form the back bone of this work. Low power networks like Zigbee and connectivity provided by WiFi are needed to realize the concept of Internet of Things (IoT). The main cause of environmental pollution in most cities are industries and automobiles emitting poisonous gases. This paper discusses the implementation of a unit which senses the presence of such gases and uploads the information to a website, and also sends messages to the concerned people. The second part of this work is a vehicle monitoring unit, that can be fixed in vehicles. This system tracks the location of the vehicle, detects accidents to the vehicle and monitors its engine temperature and the presence of poisonous gases from its exhaust. In the case of the vehicle is stolen, it also has the feature to locate the vehicle and prevent it from moving until a message is sent by the owner. The third part of the work, in which, vehicles which do signal jumping are detected and penalised. This feature is very relevant to the countries like India where traffic rules are regularly violated. The density of the traffic around traffic junctions is measured and information updated in the website. An Android app is developed so that all the required information is easily available. The paper describes the hardware and software implementation of the prototype system.
机译:本文讨论了传感器网络在环境监测,车辆监测和交通管理中的使用,这在智慧城市中很重要。 Zigbee和Wi Fi网络中的传感器构成了这项工作的骨干。 Zigbee等低功耗网络和WiFi提供的连接性是实现物联网(IoT)概念所必需的。在大多数城市中,造成环境污染的主要原因是排放有毒气体的工业和汽车。本文讨论了一个单元的实现,该单元可检测这种气体的存在并将信息上载到网站,并向相关人员发送消息。这项工作的第二部分是车辆监控单元,它可以固定在车辆中。该系统跟踪车辆的位置,检测到车辆的事故,并监控其发动机温度以及来自其排气的有毒气体的存在。在车辆被盗的情况下,它还具有定位车辆并防止其移动直到所有者发送消息之前的功能。工作的第三部分,其中检测并惩罚了发生信号跳跃的车辆。此功能与印度等经常违反交通规则的国家/地区非常相关。测量交通枢纽周围的交通密度,并在网站上更新信息。开发了一个Android应用程序,以便轻松获取所有必需的信息。本文介绍了原型系统的硬件和软件实现。

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