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Using Ontologies to Evaluate Knowledge-based Systems

机译:使用本体学评估基于知识的系统

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摘要

Many systems have hidden assumptions about their domain that must be rendered explicit if we are to identify the principles on which they are based. Verified ontologies provide one way of making these assumptions explicit. A verified ontology consists of a specification of a class of mathematical structures together with a proof of two fundamental properties: (1) Satisfiability: every structure in the class is a model of the ontology's axioms; (2) Axiomatizability: every model of the ontology's axioms is isomorphic to some structure in the class.
机译:许多系统对其域具有隐藏的假设,如果我们要识别它们所属的原则,则必须呈现显式。已验证的本体提供一种使这些假设显式的一种方法。经过验证的本体,包括一类数学结构的规范,以及两个基本属性的证据:(1)可靠性:类中的每个结构都是本体公理的模型; (2)公理性:本体的每个模型的公理是在课堂上的某些结构中的同性。

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