Research Article
A Hybrid Deep Learning Prediction Method of Remaining Useful Life for Rolling Bearings Using Multiscale Stacking Deep Residual Shrinkage Network
Algorithm 1
Stacking-based algorithm for prediction network process construction.
| Input: Training set | | Output: Predicted value after integration H | | Process: | | Step 1: Data preprocessing | | for i = 1 to m do | | abs (mean()) | | end for | | = do CUSUM on | | for i = 1 to m do | | if i < set = 0 | | else set = | | end for | | normalization() | | Step 2: Training base-learner | | for t = 1 to T do | | learn based on D | | end for | | Step 3: Feature aggregation | | for i = 1 to m do | | , where | | end for | | Step 4: Training meta-learner | | learn H based on | | Step 5: Smoothing the curve | | smooth H | | return H |
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