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Deeplabv3+ BDD100k/drivable_area implementation

Results (Click image to see demo video)

Introduction

This repository is merged with https://github.com/jfzhang95/pytorch-deeplab-xception and is success of https://github.com/sunggukcha/deeplabv3plus-bdd100k-drivablearea. Please follow installation policies of the repositories above.

For BDD100k/drivable_area semantic segmentation, I added

  1. bdd100k drivable area dataloader, and training/val/test scripts.
  2. prediction visualization for both color (visual result) and id (greyscale png file for submission).
  3. added Group Noramlization.
  4. deeplabv3 which is without deeplabv3+ decoder, but with aspp only.
  5. WRN as backbone is added (original code from mapillary@github)
  6. additional visualization that marks corrects, missed and wrong pixels.
  7. IBN-Net by github.com/XingangPan/IBN-Net/
  8. EfficientNet added which is implemented by https://github.com/lukemelas/EfficientNet-PyTorch.
  9. Feature Pyramid Networks(FPNs) for semantic segmentation added (version: Panoptic Feature Pyramid Networks).

For more detail, please visit the repositories above.

Experiment & result

Single 12GB GPU

Backbone Normalization mIoU in test Parameters
ResNet50 Group-16 85.00% link
ResNet101 IGN-a-16 85.12% link
ResNet101 Group-16 85.33% link
ResNet152 Group-16 85.45% link

IGN-a-16 denotes instance group normalization with channel-grouping number 16, replacing BN of IBNNet-a with GN16. Group-16 denotes group normalization with channel-grouping number 16.

WAD2018 Score Difference
1st 86.18 -0.09
Mine 86.09 +0.0
2nd 86.04 +0.05
3rd 84.01 +2.08

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Deeplabv3(+) for BDD100k drivable area

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