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Fault Diagnosis of Power Transformer Insulation Based on Fuzzy Normal Partition and Logic Reasoning
By: Xiao-Jun Tong; Long Zhou; Li Xie; Mian-Yun Chen;
2007 / IEEE / 978-1-4244-0972-3
Description
This item was taken from the IEEE Conference ' Fault Diagnosis of Power Transformer Insulation Based on Fuzzy Normal Partition and Logic Reasoning ' A new diagnosis method based on fuzzy normal partition and logic reasoning for insulation fault of power transformer is put forward in this paper. First, according to the normal distribution functions, fuzzy processing of the insulation diagnosis parameters and diagnosis conclusions is realized. Secondly, the insulation diagnosis knowledge is acquired and the reasoning rules are built. Finally, the reasoning results are gotten by applying fuzzy reasoning in fault diagnosis. The method may resolve the problem that the relations between actual test data and diagnosis conclusions are difficult to describe and improve the reasoning efficiency. Moreover, the method increases the accuracy of fault diagnosis and maneuverability by actual computation.
Related Topics
Normal Distribution
Power Engineering Computing
Power System Faults
Fuzzy Reasoning
Fault Diagnosis
Power Transformer Insulation
Fuzzy Normal Partition
Logic Reasoning
Power Transformer Fault
Normal Distribution Functions
Reasoning Rules
Fuzzy Logic
Fault Diagnosis
Power Transformer Insulation
Fuzzy Reasoning
Power Transformers
Dielectrics And Electrical Insulation
Gaussian Distribution
Power System Reliability
Fuzzy Sets
Machine Learning
Logic Reasoning
Fault Diagnosis
Power Transformer
Fuzzy Partition
Fuzzy Reasoning
Formal Logic
Fault Diagnosis
Power Transformer Insulation
Engineering
Insulation Fault