根据可拓学理论，给出了可拓推理模型和可拓推理的有关概念，并讨论了推理算法的实现过程。
It gives the models and concerned concepts of extension reasoning, and discusses realizing process of reasoning algorithm.
以新产品构思的第一创造法为背景，给出了物元可拓性的推理模型。
Based on the first creation method of new products, the reasoning model of extension nature of matter element is presented in this paper.
从基于案例推理技术的理论出发，采用物元的知识表示方法，定义了物元可拓与或网。
This paper, using the casebased reasoning techniques, adopts a methodology of extension information representation. And matter element extension information AND/OR nets is defined.
依据这种模型，本文设计了可拓不确定性推理机，并将其应用到UA 5000接入网设备故障诊断专家系统的设计中。
In terms of this model, a novel extension reasoning machine with uncertainty is designed. Based on this reasoning machine, a fault diagnosis expert system of UA5000 is realized.
最后以水轮机选型设计为例，说明了利用可拓学方法进行实例推理的可行性。
An example of turbine type selection is used to illustrate the feasibility of the extension method applied in CBR.
最后以水轮机选型设计为例，说明了利用可拓学方法进行实例推理的可行性。
An example of turbine type selection is used to illustrate the feasibility of the extension method applied in CBR.
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