基于RFID和WSN的EPC传感器网络中间件中的复杂事件处理

Weixin Wang, Jongwoo Sung, Daeyoung Kim
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引用次数: 68

摘要

在RFID与无线传感器网络(WSN)的集成系统中,RFID用于识别物体,而WSN可以提供这些物体的上下文环境信息。从而提高了普适计算系统的智能化。我们提出EPC传感器网络(ESN)架构作为RFID和WSN的集成系统。这个ESN架构是基于EPCglobal架构的,EPCglobal架构是RFID事实上的国际标准。ESN的核心是中间件部分,我们的工作中也实现了中间件部分。本文将复杂事件处理(CEP)技术应用于ESN中间件中,可以实时处理来自分布式RFID和传感器读写器的大量事件。ESN中间件通过对复杂事件的过滤、分组、聚合和构造,为客户端提供更有意义的报告,提高系统的自动化程度。
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Complex Event Processing in EPC Sensor Network Middleware for Both RFID and WSN
In an integration system of RFID and wireless sensor network (WSN), RFID is used to identify objects while WSN can provide context environment information of these objects. Thus, it increases system intelligent in pervasive computing. We propose the EPC sensor network (ESN) architecture as an integration system of RFID and WSN. This ESN architecture is based on EPCglobal architecture, the de facto international standard for RFID. The core of ESN is the middleware part which is also implemented in our work. In this paper, complex event processing (CEP) technology is used in our ESN middleware which can handle large volume of events from distributed RFID and sensor readers in real time. Through filtering, grouping, aggregating and constructing complex event, ESN middleware provides a more meaningful report for the clients and increases system automation.
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