A diagnostic method integrated covering theory and fuzzy reasoning is introduced in this paper. Based on it, a practical model applied for the fault diagnosis of power transformer is constructed.
介绍了一种在覆盖集理论框架上集成模糊推理的诊断方法，在此基础上建立了应用于电力变压器故障诊断的实用模型。
An intelligent diagnostic model of multiple level abstraction and hybrid reasoning is proposed.
针对设备故障智能诊断问题，提出了一种多层抽象混合推理的智能诊断模型。
By introducing the concept of temporal consistent set covering, a diagnostic model named TGSC based on temporal reasoning and set covering is proposed in this paper.
本文通过引入时态一致覆盖集的概念，提出一个基于时态推理与覆盖技术的时态外推推理诊断模型TGSC。
A diagnostic method integrating case based reasoning with fuzzy theory is presented in this paper, and a practical model for power transformer fault diagnosis is further built up.
提出一种在范例推理框架上集成模糊数学的故障诊断方法，并进一步建立起可应用于电力变压器故障诊断的实用模型。
Refer to hierarchical fault model, the integrated ANN diagnostic model can contract the scope of diagnostic reasoning, and find quickly the fault components.
集成神经网络模型以故障层次模型为参考，可以大大缩小诊断推理的求解空间，最终快速定位发生故障的根本部位。
Refer to hierarchical fault model, the integrated ANN diagnostic model can contract the scope of diagnostic reasoning, and find quickly the fault components.
集成神经网络模型以故障层次模型为参考，可以大大缩小诊断推理的求解空间，最终快速定位发生故障的根本部位。
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