Open tazalapizza opened 1 month ago
Hello, thanks for sharing this amazing work with all the codes and weights ! I created my own RGB-D dataset with custom dataloaders following #105 and ran a finetuning
My finetuning results are not very good with base KITTI parameters, so I want to better understand them :
- I added encoder freeze, is it a good idea ?
- how should I choose crop_size values in data_basic ? I set it to my image size
- the optimizer and lr hyperparameters in ..kitti.py configs are set for finetuning, right ?
- should we change the Normalize values in the pipeline for custom data ?
- is there a special way to handle the sky region in GT depth ? I set it to 0 to ignore it
Sorry for my many questions, I hope you can help me. Thank you !
Thanks for your questions and I hope these may help:
It will impair some performance. (The performance gain will shrink for fine-tuning.)
I think we have provided a json file to train KITTI and you do not need to change or choose it.
No, this file is not correctly configured. I think the settings have been correctly overridden here.
Not likely.
If you have a well segmented map, you can set the sky groundtruth to 200. Ignoring them is another alternative and the confidence map will help to filter them out.
In general, I think we should use this script. Not need to change any settings additionally.
Hello, thanks for sharing this amazing work with all the codes and weights ! I created my own RGB-D dataset with custom dataloaders following #105 and ran a finetuning
My finetuning results are not very good with base KITTI parameters, so I want to better understand them :
1) I added encoder freeze, is it a good idea ?
2) how should I choose crop_size values in data_basic ? I set it to my image size
3) the optimizer and lr hyperparameters in ..kitti.py configs are set for finetuning, right ?
4) should we change the Normalize values in the pipeline for custom data ?
5) is there a special way to handle the sky region in GT depth ? I set it to 0 to ignore it
Sorry for my many questions, I hope you can help me. Thank you !