supernet training
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d072677d210ac4c03ba046120f0802ec-AuthorFeedback.pdf
We respond to the concerns point-by-point as below. Why distilling prioritized paths improves architecture rating? The more sufficient/full training of subnets leads to a more accurate architecture rating [6](Sec.4.3). The set used to train the matching network? We will revise the manuscript to make this point clearer.
APPENDIX: In this section, we provide the details of our implementation and proofs for reproducibility
's hidden state by h Then we need to calculate the second part of Eq. Using the Bayes' theorem, we have: p In Section 4.3, we devise a Sigmoid function to adapt the γ during the supernet training, which is defined as: γ (t) = 1 Sigmoidnull ( t total epochs 2 1) b null, (19) Section 3.2 theoretically demonstrates the benefit of the proposed architecture complementation loss function,
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