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Managing Location Identification and Chain SMS for Smart School Transport System using IoT

机译：使用IoT管理智能学校交通系统的位置识别和链SMS

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Internet of Things (IoT) is rising innovation and it regularly utilizes wireless network between two or more smart objects or smart things connected via the Internet. Vehicle tracking is a software that tracks a bus and accumulates the separation to each transport stop along its route. In tracking System, an electronic device is installed in a bus, with an installed mobile application on any smart mobile phone to permit the Administrator/User to measure and track the bus area and distance. Two applications are introduced which is for server and user. Buses which are installed with GPS modules are utilized to track their positions and measure the distance. These positions data is given to the server are periodical. User software displays google map showing the position of the bus on a smartphone. Traditionally, the transportation services provided by the school for students and staff were not reliable, there was a lack of communication with parents, and pick-drop services for students were not secured. With the development in technology, the GPS system was familiarized for tracking of school buses but the system was less secured. So, IoT was introduced where the system got more reliable, efficient, light-weight and secure. It shows where buses are located on a map and provide students and staffs the updated information at different time interval using RTC. Area is being observed by server and it's being saved in database. Equipment segment is utilized named Raspberry Pi. It is absorbed into the cloud and have the capacity to access through the mobile software. The objective is that the time postponement of the client can be limited. In Bus Tracking framework the method of communication is modest and steadfast. This application can be overextended for a central tracking framework to keep track of all the buses. The different concern and reliable route management can be easily done through central server system Also the use of MQTT instead of the traditionally used Hypertext transfer protocol (HTTP) will be light weight, data efficient and scalable. This proposes idea works on the backend as well as the frontend required for the following framework and exhibited the enhancements.
机译：物联网（IoT）是一项不断发展的创新，它定期利用两个或多个智能对象之间或通过Internet连接的智能对象之间的无线网络。车辆跟踪是一种软件，可跟踪公交车并累积沿其路线的每个运输站点的间隔。在跟踪系统中，电子设备安装在公共汽车上，并且在任何智能手机上都安装了移动应用程序，以允许管理员/用户测量和跟踪公共汽车的面积和距离。引入了两个应用程序，分别用于服务器和用户。装有GPS模块的公交车可用来跟踪其位置并测量距离。这些位置数据被定期提供给服务器。用户软件会显示google地图，显示智能手机上公交车的位置。传统上，学校为学生和教职员工提供的运输服务不可靠，与父母之间缺乏沟通，也没有为学生提供接送服务。随着技术的发展，对于跟踪校车的GPS系统已经很熟悉了，但是该系统的安全性较差。因此，引入了物联网，使系统变得更加可靠，高效，轻巧和安全。它显示了公交车在地图上的位置，并使用RTC在不同的时间间隔为学生和教职员工提供更新的信息。服务器正在观察该区域，并将其保存在数据库中。设备部分被称为Raspberry Pi。它被吸收到云中，并具有通过移动软件进行访问的能力。目的是可以限制客户的时间延迟。在“公交车跟踪”框架中，沟通的方式是谦虚而坚定的。可以为中央跟踪框架扩展此应用程序，以跟踪所有总线。通过中央服务器系统可以轻松完成不同的关注点和可靠的路由管理。另外，使用MQTT代替传统使用的超文本传输​​协议（HTTP）将具有重量轻，数据高效且可扩展的特点。这提出了以下框架所需的后端以及前端的思想工作，并展示了增强功能。

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