Closed Wei-i closed 3 years ago
Another issue I met was that when I run python test_net.py --num-gpus 8 MODEL.WEIGHTS log/model_redetect.pth
without --double-rpn args
to test for performance.
However from the screen, it seems that the parameters of finetuned_objectness_logits
didn't use?
--log [08/13 20:30:22 c2.checkpoint.checkpoint]: The checkpoint contains parameters not used by the model: proposal_generator.rpn_head.finetuned_objectness_logits.{weight, bias}
Hi, thanks for your great work and source code! I also want to know why the mAP of FsDetView * drops a lot in your paper, while in FsDetView's paper, on 10-shot COCO setting, it can achieve 12.5. Is it the same as the difference of Meta R-CNN configuration? I would be grateful if you could apply for me.
Yes. The reason is the same as https://github.com/Megvii-BaseDetection/GFSD/issues/1
Another issue I met was that when I run
python test_net.py --num-gpus 8 MODEL.WEIGHTS log/model_redetect.pth
without--double-rpn args
to test for performance. However from the screen, it seems that the parameters offinetuned_objectness_logits
didn't use?--log [08/13 20:30:22 c2.checkpoint.checkpoint]: The checkpoint contains parameters not used by the model: proposal_generator.rpn_head.finetuned_objectness_logits.{weight, bias}
The model will use a general RPN instead of the bias-balanced RPN and load the pretrained RPN's weight if the double-rpn option is disabled.
Another issue I met was that when I run
python test_net.py --num-gpus 8 MODEL.WEIGHTS log/model_redetect.pth
without--double-rpn args
to test for performance. However from the screen, it seems that the parameters offinetuned_objectness_logits
didn't use? --log [08/13 20:30:22 c2.checkpoint.checkpoint]: The checkpoint contains parameters not used by the model: proposal_generator.rpn_head.finetuned_objectness_logits.{weight, bias}The model will use a general RPN instead of the bias-balanced RPN and load the pretrained RPN's weight if the double-rpn option is disabled.
Thanks!
I am confused if the bias-balanced RPN
is only used for inference ?
Another issue I met was that when I run
python test_net.py --num-gpus 8 MODEL.WEIGHTS log/model_redetect.pth
without--double-rpn args
to test for performance. However from the screen, it seems that the parameters offinetuned_objectness_logits
didn't use? --log [08/13 20:30:22 c2.checkpoint.checkpoint]: The checkpoint contains parameters not used by the model: proposal_generator.rpn_head.finetuned_objectness_logits.{weight, bias}The model will use a general RPN instead of the bias-balanced RPN and load the pretrained RPN's weight if the double-rpn option is disabled.
Thanks! I am confused if the
bias-balanced RPN
is only used for inference ?
Yes, this is mentioned in the implementation details in the supplementary materials.
Another issue I met was that when I run
python test_net.py --num-gpus 8 MODEL.WEIGHTS log/model_redetect.pth
without--double-rpn args
to test for performance. However from the screen, it seems that the parameters offinetuned_objectness_logits
didn't use? --log [08/13 20:30:22 c2.checkpoint.checkpoint]: The checkpoint contains parameters not used by the model: proposal_generator.rpn_head.finetuned_objectness_logits.{weight, bias}The model will use a general RPN instead of the bias-balanced RPN and load the pretrained RPN's weight if the double-rpn option is disabled.
Thanks! I am confused if the
bias-balanced RPN
is only used for inference ?Yes, this is mentioned in the implementation details in the supplementary materials.
Thanks! I want to know how to read your supplementary materials. Could you give me a link ?
The link in readme should be ok.
@zb1439 I am sorry to disturb you again, do you have the version of detectron2's implementation?
again
Sorry but we do not have a d2 version code. I feel like some minor but careful modifications on config should be almost sufficient for transferring the code. Also please feel free to question.
again
Sorry but we do not have a d2 version code. I feel like some minor but careful modifications on config should be almost sufficient for transferring the code. Also please feel free to question.
Thanks again for your selfless help :)))
Hi, thanks for your great work and source code! I also want to know why the mAP of FsDetView * drops a lot in your paper, while in FsDetView's paper, on 10-shot COCO setting, it can achieve 12.5. Is it the same as the difference of Meta R-CNN configuration? I would be grateful if you could apply for me.