A Method of the Active and Passive Event Service Based on the Sensor Web

Lan Liu, Jingjing Fan, Chengfan Li, Xuefeng Liu
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Abstract

The intelligent information system constructed by the sensor web can monitor all kinds of sudden abnormal events, improve the ability of event discovery and rapid disposal, and promote the development of smart city and the construction of the Internet of Things (IoT). In this paper, we consider the problem of complex integration and poor expansibility in the large-scale full-network operation and maintenance system construction and propose an active and passive event service (APES) method based on the sensor web. In the APES, a system framework with the perception layer, data service layer, event service layer, and user layer is firstly defined and constructed. Secondly, a middleware with the ability to active and passive event service (APES) is designed and implemented based on the system framework. Finally, taking abnormal weather and fire warning as examples, the performance of the proposed event service middleware is tested, respectively. Experimental results show that the proposed APES model in this paper has the advantages of high precision, stable operation, and strong practicability and solves “Information Island” and low reusability in the whole network operation and maintenance system. This is an attempt at the structural design of a similar intelligent information system.
一种基于传感器Web的主动和被动事件服务方法
通过传感器网构建的智能信息系统可以监控各类突发异常事件,提高事件发现和快速处置的能力,促进智慧城市的发展和物联网的建设。针对大规模全网运维系统建设中集成复杂、可扩展性差的问题,提出了一种基于传感器web的主动式和被动式事件服务(APES)方法。在APES中,首先定义并构造了一个包含感知层、数据服务层、事件服务层和用户层的系统框架。其次,基于系统框架,设计并实现了具有主动和被动事件服务功能的中间件。最后,以异常天气和火灾报警为例,分别对所提出的事件服务中间件进行了性能测试。实验结果表明,本文提出的APES模型具有精度高、运行稳定、实用性强等优点,解决了整个网络运维系统中的“信息孤岛”和低可重用性问题。这是对类似智能信息系统结构设计的一次尝试。
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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