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I read the paper on CVPR this year and find this excellent work. Thanks!
I am curious about the detect model like YOLO or FastRCNN on this method. Do they achieve the same results?
By the way, could you share the model for detection?
Thanks
The text was updated successfully, but these errors were encountered:
In our CVPR version, we haven't prune the network for detection. However, we have observed the discovered rank property using YOLOv3. I think any task using CNNs as the backbone should share this observation.
Nevertheless, we will continue the experiment for detection. Please refer to https://github.com/lmbxmu/HRankPlus where our pruned models will be updated. It may take some time since we do not have enough GPUs to support a quick experiment.
In our CVPR version, we haven't prune the network for detection. However, we have observed the discovered rank property using YOLOv3. I think any task using CNNs as the backbone should share this observation.
Nevertheless, we will continue the experiment for detection. Please refer to https://github.com/lmbxmu/HRankPlus where our pruned models will be updated. It may take some time since we do not have enough GPUs to support a quick experiment.
Hi,
I read the paper on CVPR this year and find this excellent work. Thanks!
I am curious about the detect model like YOLO or FastRCNN on this method. Do they achieve the same results?
By the way, could you share the model for detection?
Thanks
The text was updated successfully, but these errors were encountered: