Bridge Rule Based D3 L Reasoning

Jianhua Zhang, Wenjie Wang, Zhongzhi Shi, Jinpeng Yue, Baoyuan Qi, Dong-ping Tian
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Abstract

The semantic mapping in Distributed Dynamic Description Logic (D3L) is an extension of Dynamic Description Logic (DDL), which makes it easy to deal with distributed and heterogeneous situation. Existing work on knowledge propagation in D3L is just studied for simple cases, in which only two DDL systems are considered. By using the compositional consistency theory, D3L makes the knowledge propagate along bridge rule chains as we expect. Compared with D3L, compositional consistency theory supported D3L overcomes the insufficiency of the D3L. In this paper, we present a reasoning algorithm which provides a more reasonable logic foundation for information integration of semantic web.
基于桥牌规则的D3 L推理
分布式动态描述逻辑(D3L)中的语义映射是对动态描述逻辑(DDL)的扩展,使其易于处理分布式和异构的情况。现有的关于DDL中知识传播的研究都是针对简单的情况,只考虑了两个DDL系统。D3L利用组合一致性理论,使知识按照预期的方式沿桥式规则链传播。与D3L相比,支持成分一致性理论的D3L克服了D3L的不足。本文提出了一种推理算法,为语义网的信息集成提供了更为合理的逻辑基础。
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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