首页> 外文会议>10th International Conference on Algorithmic Learning Theory ALT'99 Tokyo, Japan, December 6-8, 1999 >A Method of Similarity-Driven Knowledge Revision for Type Specifications
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A Method of Similarity-Driven Knowledge Revision for Type Specifications

机译:类型规范的相似度驱动的知识修订方法

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This paper proposes a new framework of knowledge revision, called Similarity-Driven Knowledge Revision. Our revision is invoked based on a similarity observation by users and is intended to match with the observation. Particularly, we are concerned with a revision strategy according to which an inadequate variable typing in describing an object-oriented knowledge base is revised by specializing the typing to more specific one without loss of the original inference power. To realize it, we introduce a notion of extended sorts that can be viewed as a concept not appearing explicitly in the original knowledge base. If a variable typing with some sort is considered over-general, the typing is modified by replacing it with more specific extended sort. Such an extended sort can efficiently be identified by forward reasoning with SOL-deduction from the original knowledge base. Some experimental results show the use of SOL-deduction can drastically improve the computationla efficiency.
机译:本文提出了一种新的知识修订框架,称为相似性驱动的知识修订。我们的修订是基于用户的相似性观察而调用的,旨在与该观察相匹配。特别地,我们关注一种修订策略,根据该修订策略,在不损失原始推理能力的情况下,通过将类型专门化为更具体的类型,来修正描述面向对象知识库中的变量类型不足。为了实现这一点,我们引入了扩展排序的概念,可以将其视为未明确出现在原始知识库中的概念。如果某种类型的变量类型被认为是泛型的,则可以通过将其替换为更具体的扩展类型来修改类型。可以通过从原始知识库进行SOL演绎的正向推理来有效地识别这种扩展类别。一些实验结果表明,使用SOL演绎可以大大提高计算效率。

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