推理引擎的设计:从本体到控制

M. Freiling
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引用次数: 6

摘要

作者提出了一种称为本体论分析的方法来帮助初级知识工程师识别和形式化所研究任务的核心概念。本体论分析始于语义语法的构建,该语法捕获专家发音的规则特征。从语法开始,使用域方程作为形式化符号工具,进行更严格的分析,以定义推理引擎的知识结构和原始片段。作者开发了一种从识别知识结构到利用这些知识结构执行手头任务的推理策略的方法。他介绍了分析专家发音并将其组织成语义语法的技术;展示了如何将这种分析形式化为领域方程,并讨论了基于专家表述分析的推理策略设计。以示波器故障排除任务为例说明了该方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing an inference engine: from ontology to control
The author has proposed a method called ontological analysis to help beginning knowledge engineers identify and formalize the core concepts of the task under study. Ontological analysis begins with the construction of a semantic grammar that captures regular features of the expert articulations. From the grammar, a more rigorous analysis proceeds to define the knowledge structures and the primitive fragments of the inference engine using domain equations as a formal notation tool. The author develops a method for proceeding from an identification of the knowledge structures to an inference strategy that exploits these knowledge structures to perform the task at hand. He introduces the techniques of analyzing expert articulations and organizing them into a semantic grammar; shows how this analysis can be formalized into domain equations and discusses the design of inference strategies based on the analysis of expert articulations. The task of trouble shooting an oscilloscope is used as an example to illustrate the methodology.<>
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