Sparkwave: continuous schema-enhanced pattern matching over RDF data streams

S. Komazec, D. Cerri, D. Fensel
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引用次数: 91

Abstract

Data streams, often seen as sources of events, have appeared on the Web. Stream processing on the Web needs however to cope with the typical openness and heterogeneity of the Web environment. Semantic Web technologies, meant to facilitate data integration in an open environment, can help to address heterogeneities across multiple streams. In this paper we present Sparkwave, an approach for continuous pattern matching over RDF data streams. Sparkwave is based on the Rete algorithm, which allows efficient and truly continuous processing of data streams. Sparkwave is able to leverage RDF schema information associated to data streams to compute entailments, so that implicit knowledge is taken into account for pattern matching. In addition, it further extends Rete to support time-based sliding windows and static data instances, to cope with the streaming nature of processed data and real-world use cases.
Sparkwave:基于RDF数据流的持续模式增强模式匹配
通常被视为事件来源的数据流已经出现在Web上。然而,Web上的流处理需要应对Web环境的典型开放性和异构性。语义Web技术旨在促进开放环境中的数据集成,可以帮助解决跨多个流的异构性。在本文中,我们提出了Sparkwave,一种在RDF数据流上进行连续模式匹配的方法。Sparkwave是基于Rete算法,它允许有效和真正连续的数据流处理。Sparkwave能够利用与数据流相关联的RDF模式信息来计算蕴涵,以便在模式匹配中考虑隐式知识。此外,它还进一步扩展了Rete,以支持基于时间的滑动窗口和静态数据实例,以应对处理数据的流性质和实际用例。
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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