A Web service-based communication architecture for smartphone/WPAN sensor ensembles

Nico Laum, C. Lerche, F. Golatowski, D. Timmermann
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引用次数: 2

Abstract

There are many applications that use low power wireless sensors to monitor people's vital signs or the environment around people. For mobile applications, smartphones with Internet access have become a commonly used tool to make this data remotely accessible. However, the yet presented architectures are quite complex and lack flexibility. Our aim was to investigate how existing communication architectures for smartphone/WPAN sensor ensembles can be simplified and to provide a transparent solution where the smartphone doesn't require knowledge about sensors for which it serves as an Internet gateway. We therefore present an IP-based communication architecture, that allows applications to easily integrate remote sensor data of mobile users based on existing Internet standards. In particular, our solution provides simple Web service-based APIs and does not require the smartphone to process sensor data. Instead, the smartphone becomes a transparent gateway as it only forwards IP packets.
用于智能手机/WPAN传感器集成的基于Web服务的通信体系结构
有许多应用使用低功耗无线传感器来监测人们的生命体征或周围环境。对于移动应用程序,具有互联网接入功能的智能手机已经成为远程访问这些数据的常用工具。然而,目前的体系结构非常复杂,缺乏灵活性。我们的目标是研究如何简化智能手机/WPAN传感器集成的现有通信架构,并提供一个透明的解决方案,在这个解决方案中,智能手机不需要了解作为互联网网关的传感器。因此,我们提出了一种基于ip的通信架构,该架构允许应用程序基于现有的互联网标准轻松集成移动用户的遥感数据。特别是,我们的解决方案提供了简单的基于Web服务的api,并且不需要智能手机来处理传感器数据。相反,智能手机变成了一个透明的网关,因为它只转发IP数据包。
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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