Software Development for Local Data Transfer for Mobile Applications Using GPS and GPRS Technology

Gerardo Camacho, G. Alducin, Jesús Gutiérrez, J. C. Miranda
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引用次数: 8

Abstract

The objective of this work is the design and development of a communications sofhare system, using GPS and GPRS technologies. Technology advances arise new challenges for companies, and the need of connectivz@ of these companies increases. Package delivery, product testing, and control mobile technology systems in production and assembly lines are important aspects to be controlled in an enterprise. Using mobile communications technology and the appropriate devices and software, these issues can be achieved at a very low cost for a company. In a production center of a company, a motor vehicle can be equipped with sensors devices to report data to a gathering device. This data, along with the current coordinates obtained $-om the GPS service, can be transferred in real time using GPRS to an internet sewer for data storage of the variables sensed. It can also be used for tracking a vehicle. The GPS acquires the location and if is transferred to an Internet sewer to be stored in a database using the GPRS sewice and the project S communication software. This communicatzon software maps the points captured, the exact location of the vehicle can be known even in as they occur. This paper resumes the design amd implementation of the Communications Application Soflare Interface Module that use of GPS and GPRS services for reporting acquired data such as sensed values or global coordinates for the visualization of the remote variables sensed fiom the mobile elements using the Internet.
基于GPS和GPRS技术的移动应用本地数据传输软件开发
本工作的目的是设计和开发一个通信软件系统,使用GPS和GPRS技术。技术进步给企业带来了新的挑战,企业对互联互通的需求也在增加。在生产和装配线中,包裹递送、产品测试和控制移动技术系统是企业需要控制的重要方面。使用移动通信技术和适当的设备和软件,这些问题可以以非常低的成本为公司实现。在公司的生产中心,机动车辆可以配备传感器设备,向收集设备报告数据。这些数据,连同从GPS服务中获得的当前坐标,可以通过GPRS实时传输到互联网下水道,以存储感知到的变量的数据。它还可以用于跟踪车辆。GPS获取位置信息,并通过GPRS服务和项目S通信软件传输到互联网下水道存储在数据库中。这个通信软件绘制了所捕获点的地图,车辆的确切位置甚至可以在它们发生时就知道。本文介绍了通信应用软件Soflare接口模块的设计与实现,该模块利用GPS和GPRS服务将采集到的数据(如感知值或全球坐标)进行报告,并利用互联网将从移动元素感知到的远程变量可视化。
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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