A Web Services-Based Infrastructure for Traffic Monitoring Using ZigBee

A. Gniadek, Yunfeng Li, Chung-Horng Lung, Qing Wei
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引用次数: 7

Abstract

This paper presents our experience in building an infrastructure of combining ZigBee with Web services for remote accessing and control of a network. A prototype traffic monitoring system was implemented based on this infrastructure as a proof-of-concept. However there is a much wider range of applications for this infrastructure. Currently, the infrastructure mainly concerns with the information delivery within the network. A multi-layer architecture was designed and implemented so that the infrastructure can be flexible and extensible for multiple applications. Within the infrastructure, the access points send data collected from the wireless sensor network to the application server. The data is then stored in a database on the application server for fast and reliable transactions. Users may then request certain data through a Web Service, or the data could be automatically delivered to the subscribers which are driven by specific events. The result of this preliminary work is an extensible application framework for information delivery over a large and low-cost ZigBee sensor network, and Web services platform.
基于Web服务的ZigBee流量监控基础设施
本文介绍了我们在构建ZigBee与Web服务相结合的基础设施以实现网络远程访问和控制的经验。作为概念验证,基于该基础设施实现了一个原型交通监控系统。然而,这种基础设施的应用范围要广泛得多。目前,基础设施主要关注网络内部的信息传递。设计并实现了多层体系结构,使基础结构能够灵活地、可扩展地用于多个应用程序。在基础设施中,接入点将从无线传感器网络收集的数据发送到应用服务器。然后将数据存储在应用服务器上的数据库中,以实现快速可靠的事务。然后,用户可以通过Web服务请求某些数据,或者可以将数据自动交付给由特定事件驱动的订阅者。这项初步工作的结果是一个可扩展的应用框架,用于在大型和低成本的ZigBee传感器网络和Web服务平台上传递信息。
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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