Modeling of Situation-Middleware for TPO metadata based on Event-Condition-Action Rule

O-Hoon Choi, Jung-Eun Lim, Hong-Seok Na, D. Baik
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引用次数: 7

Abstract

In ubiquitous computing environment a large number of devices, services and applications that help end-users perform various kinds of tasks. Especially location awareness based on TPO (time-position-occasion) significantly enhances the functionality of ubiquitous computing services and applications. For these, a plethora of different alternative of complementary LBS (location based system) and RFID technologies is available. However, these technologies give TPO information in different formats and with different meanings. In this paper we propose situation-middleware that helps we do access control of suitable applications, service and devices without considering technologies. Besides, we introduce an inference rule based on event-condition-action and TPO metadata. Using TPO metadata is able to keeping clear of semantics mistakes which are entered from ubiquitous devices. The inference rule allows inferring that actions may conflicts based on policy
基于事件-条件-动作规则的TPO元数据情境中间件建模
在泛在计算环境中,有大量的设备、服务和应用程序帮助最终用户执行各种任务。尤其是基于时间-位置-场合(TPO)的位置感知,极大地增强了普适计算服务和应用的功能。对于这些,有大量不同的互补LBS(基于位置的系统)和RFID技术可供选择。然而,这些技术赋予TPO信息不同的格式和含义。在本文中,我们提出了一种情境中间件,它可以帮助我们在不考虑技术的情况下对合适的应用程序、服务和设备进行访问控制。此外,我们还引入了一个基于事件-条件-动作和TPO元数据的推理规则。使用TPO元数据能够避免从无处不在的设备输入的语义错误。推理规则允许根据策略推断操作可能发生冲突
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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