Research Article
Bearing Fault Identification Method under Small Samples and Multiple Working Conditions
| Input: M classifiers, training samples, and test samples. | | Output: A strong classifier and the test sample prediction values. | (1) | Initialize the observation weights ; | (2) | for m = 1 to M: | (3) | Fit a classifier to the training data using weights ; | (4) | | (5) | | | Where K is the total number of sample classifications; | (6) | | (7) | Renormalize ; | (8) | end | | | (9) | Output | | End |
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