面向个人智能空间的中间件

Manal Al-Bahlal, J. Al-Muhtadi
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引用次数: 0

摘要

临时普适计算为未来的计算和智能空间提供了一个有吸引力的愿景,在这个空间中,数字和物理设备可以无缝地、透明地交互和共享服务。在特殊的普及环境中,低成本、短距离的无线设备(如pda、移动电话和便携式娱乐设备)可以提供对信息的实例访问,无缝地、透明地共享和管理资源。我们提出了一种轻量级中间件,用于发现临时设备和启动“个人智能空间”,这是一个临时的普及环境,在其中可以无缝地发现和管理组件。为了运行成熟的普及应用程序,这些组件无需事先了解就可以相互通信。中间件处理组件故障和应用程序组件迁移,以防止设备离开和加入时应用程序中断。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Middleware for Personal Smart Spaces
Ad hoc pervasive computing provides an attractive vision for future computing and smart spaces where digital and physical devices interact and share services seamlessly and transparently. In ad hoc pervasive environments, low cost, short-range wireless devices such as PDAs, mobile phones, and portable entertainment devices can provide instance access to information, share, and manage resources seamlessly and transparently. We propose a lightweight middleware for discovering ad hoc devices and bootstrapping a “Personal Smart Space,” which is an ad hoc pervasive environment, where components are discovered and managed seamlessly. The components communicate together without previous knowledge in order to run full-fledge pervasive applications. The middleware handles component failures and application component migration to prevent application interruptions as devices leave and join.
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