497662892 / PolypInpainter

The implementation of the paper “Generalize Polyp Segmentation via Inpainting across Diverse Backgrounds and Pseudo-Mask Refinement”

PolypInpainter

🔆 Introduction

This is a PyTorch implementation of the paper "Generalize Polyp Segmentation via Inpainting across Diverse Backgrounds and Pseudo-Mask Refinement" at IEEE ISBI-2024. In this paper, we proposed an inpainting based data augmentation method that can significantly enchance the generalization of polyp segmentation models.

The overview of our data augmentation pipeline is shown below: which includes 5 different components: Training Inpainting Model, Generating Inpainting Images, Pseudo-mask Refinement, Suitible cases selection, and Training Segmentation Model.

The framework of our proposed data augmentation method is shown below:

Checkpoints

The checkpoints we use in this project are available at baidupan:

Link：https://pan.baidu.com/s/1Ds-nRmxXG-45C228rJc56g?pwd=tnoc Password：tnoc

• "checkpoints/inpaint" contains the finettuned model for polyp inpainting
• "checkpoints/remove" contains the finettuned model for polyp removal
• "checkpoints/controlmodules" contains the finettuned model for the multi-controlnet modules

Environment

please run the following code for environment setup:

git clone https://github.com/497662892/PolypInpainter.git
cd PolypInpainter
pip install -r requirements.txt

Training Polyp Inpainting Model

Preparations

Before running the training code, please make sure you have downloaded the pretrained stable diffusion inpaint 1.5.

You also need to update the concept list for validation via "diffuser/inpaint/concept_list/make_concept_list.ipynb".

Please also update the path in the "diffuser/inpaint/bash/training_inpaint.sh" file.

Training

To train the inpainting model, you can run the following command:

cd diffuser/inpaint
nohup bash bash/training_inpaint.sh  > "your training log path" &

Training Polyp Remove Model

Preparations

Please update the concept list for validation via "diffuser/inpaint/concept_list/make_concept_list_negative_only.ipynb".

Please also update the path in the "diffuser/inpaint/bash/training_remove.sh" file.

Training

To train the inpainting model, you can run the following command:

cd diffuser/inpaint
nohup bash bash/training_remove.sh  > "your training log path" &

Training Controlnet Model

Preparations

Before running the training code, please make sure you have downloaded the pretrained model control_v11p_sd15_seg for boundary control and control_v11e_sd15_shuffle for surface control.

You also need to update the concept list for validation via "diffuser/controlnet/concept_list/make_concept_list.ipynb".

Please also update the path in the "diffuser/controlnet/bash/train/train_multicontrolnet.sh" file.

Training

To train the controlnet model, you can run the following command:

cd diffuser/controlnet
nohup bash bash/train/train_multicontrolnet.sh  > "your training log path" &

Generating Removed Poylp Images

To generate removed polyp images, you need to modified the path in the file "diffuser/controlnet/bash/infer/infer_remove.sh".

Then you can run the command below to generate removed polyp images:

cd diffuser/controlnet
nohup bash bash/infer/infer_remove.sh  > "your generating log path" &

Generating Inpainting Images

To generate inpainting images, you need to modified the path in the file "diffuser/controlnet/bash/infer/infer_multiplecontrolnet.sh".

Then you can run the command below to generate inpainting images:

cd diffuser/controlnet
nohup bash bash/infer/infer_multiplecontrolnet.sh  > "your generating log path" &

Training Pseudo-mask Refinement network

Preparations

Before running the training code, you need to download the pretrained model from google drive, to the path of "Polyp-PVT_box_guide/pretrained_pth".

Training

To train the pseudo-mask refinement network, you can run the following command, after changing the log path in the "train.sh" file:

cd Polyp-PVT_box_guide
nohup bash bash/polyp/train.sh  > "your training log path" &

Pseudo-mask Refinement

To refine the pseudo-mask of the synthetic images, you need to modified the batch_infer.sh

Then, run the following command, after changing the log path in the "batch_infer.sh" file:

cd Polyp-PVT_box_guide
nohup bash bash/polyp/batch_infer.sh  > "your refinement log path" &

Training Segmentation Model

Preparations

Before running the training code, you need to download the pretrained model from google drive, to the path of "Polyp-PVT/pretrained_pth".

Training

To train the baseline segmentation model, you can run the following command, after changing the log path in the "train.sh" file:

cd Polyp-PVT
nohup bash bash/polyp/baseline/train.sh  > "your training log path" &

To train the augmentation segmentation model, you can run the following command, after changing the log path in the "train_aug.sh" file:

cd Polyp-PVT
nohup bash bash/polyp/aug/train_aug.sh  > "your training log path" &

By modified the "--align_score_cutoff" and "--prediction_score_cutoff" we can select different synthetic cases for model training.

Tesing Segmentation Model

To test the segmentation model, you can run the following command, after changing the log path in the "test.sh" file:

cd Polyp-PVT
nohup bash bash/polyp/baseline/test.sh  > "your testing log path" &

cd Polyp-PVT
nohup bash bash/polyp/aug/test.sh  > "your testing log path" &

🤗 Acknowledgements

Codebase builds on Diffusers and Polyp-PVT.