基于位置辅助和实时查询的物联网交通系统

Saqlain Abid, M. J. Irshad, M. Wasif, Zubair Mehmood, Iftikhar Hussain, Muhmmad Hassan Ejaz
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引用次数: 0

摘要

在这个时代,汽车监控服务是一种众所周知的成熟产品,在传统的运输系统和世界各地广为人知的车辆实体中实施。这是一个非常健壮和可靠的系统。通过这项工作,实现了GPS(全球定位系统),用于定位和识别任何汽车。这个概念是一个集成的设备,可以稳定地跟踪一个超速的物体,并在需要识别时传达设备的状态。它必须获得用于网络连接设备的NodeMCU (ESP8066模块),它常规地连接到GPS设备和Arduino板上,通过它来工作。NodeMCU用于从远程位置同时中继设备状态。该应用程序的上下文“公交管理系统”是由麻省理工学院设计的,它为研究人员提供了一个安卓工作室来设计任何应用程序的界面。网络接口可以在应收帐款公共网络上以图表的形式进行审查。该程序显示对移动应用程序的响应;它只需要通过数据网络登录。“公交车管理系统”应用程序以GPS坐标统计的形式显示传感器值。这种基于物联网的运输辅助系统具有成本效益,并且比其他现有的基于物联网的运输辅助系统更简单。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Location-Assistive and Real-Time Query IoT-Based Transport System
In this age, the automotive surveillance service is a well-known proven product implemented in conventional transport systems and widely known vehicle entities worldwide. It is a system that can be very robust and reliable. Through this work, GPS (Global Positioning System is implemented, which is used to locate and identify any automobile. This concept is an integrated device that can steadily track a speeding object and communicate the device’s status whenever its identification is required. It must obtain the NodeMCU (ESP8066 module) for the network connection device, which is routinely connected to the GPS device and the Arduino board through which it functions. The NodeMCU is used to relay the device’s status simultaneously from a distant location. The context of the application, “Bus Management System”, which is designed in MIT, provided an android studio for researchers to design any application interface. The network interface could be reviewed on the accounts-receivable public network in the form of charts. The program shows responses to the mobile application; it only requires logging in with a data network. The application, “Bus Management System”, displays the sensor values in terms of GPS coordinates statistics. This IoT based transport assistive system is cost effective and less complex from other existing IoT based transport assistive system.
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CiteScore
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