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Hello,
As I understand it, running cls_dim.py with Layer E gives the classification dimension on the final feature manifold. Running the same script with Layer C is essentially performing the same procedure on the logits. For example in order to keep 95% original accuracy you only need 45/100 logit values for cifar100. Is this right, and if so is it connected to the independence deficit, or is it a better way to validate the general degree of independence deficit (without looking at specific classes and examples like run_deficit.py does)?
Thank you :)
The text was updated successfully, but these errors were encountered:
Yes, I think you are right. Performing dimension analysis via cls_dim.py on Layer C or Layer E can also reveal the independence deficit. But analyzing the relationships between different categories, as done by run_deficit.py, can further provide counterintuitive examples caused by the independence deficit.
Hello,
As I understand it, running cls_dim.py with Layer E gives the classification dimension on the final feature manifold. Running the same script with Layer C is essentially performing the same procedure on the logits. For example in order to keep 95% original accuracy you only need 45/100 logit values for cifar100. Is this right, and if so is it connected to the independence deficit, or is it a better way to validate the general degree of independence deficit (without looking at specific classes and examples like run_deficit.py does)?
Thank you :)
The text was updated successfully, but these errors were encountered: