This is an official implementation of the CVPR2022 paper "Blind2Unblind: Self-Supervised Image Denoising with Visible Blind Spots".

Overview

Blind2Unblind: Self-Supervised Image Denoising with Visible Blind Spots

Blind2Unblind

Citing Blind2Unblind

@inproceedings{wang2022blind2unblind,
  title={Blind2Unblind: Self-Supervised Image Denoising with Visible Blind Spots}, 
  author={Zejin Wang and Jiazheng Liu and Guoqing Li and Hua Han},
  booktitle={International Conference on Computer Vision and Pattern Recognition (CVPR)},
  year={2022}
}

Installation

The model is built in Python3.8.5, PyTorch 1.7.1 in Ubuntu 18.04 environment.

Data Preparation

1. Prepare Training Dataset

  • For processing ImageNet Validation, please run the command

    python ./dataset_tool.py
  • For processing SIDD Medium Dataset in raw-RGB, please run the command

    python ./dataset_tool_raw.py

2. Prepare Validation Dataset

​ Please put your dataset under the path: ./Blind2Unblind/data/validation.

Pretrained Models

The pre-trained models are placed in the folder: ./Blind2Unblind/pretrained_models

# # For synthetic denoising
# gauss25
./pretrained_models/g25_112f20_beta19.7.pth
# gauss5_50
./pretrained_models/g5-50_112rf20_beta19.4.pth
# poisson30
./pretrained_models/p30_112f20_beta19.1.pth
# poisson5_50
./pretrained_models/p5-50_112rf20_beta20.pth

# # For raw-RGB denoising
./pretrained_models/rawRGB_112rf20_beta19.4.pth

# # For fluorescence microscopy denooising
# Confocal_FISH
./pretrained_models/Confocal_FISH_112rf20_beta20.pth
# Confocal_MICE
./pretrained_models/Confocal_MICE_112rf20_beta19.7.pth
# TwoPhoton_MICE
./pretrained_models/TwoPhoton_MICE_112rf20_beta20.pth

Train

  • Train on synthetic dataset
python train_b2u.py --noisetype gauss25 --data_dir ./data/train/Imagenet_val --val_dirs ./data/validation --save_model_path ../experiments/results --log_name b2u_unet_gauss25_112rf20 --Lambda1 1.0 --Lambda2 2.0 --increase_ratio 20.0
  • Train on SIDD raw-RGB Medium dataset
python train_sidd_b2u.py --data_dir ./data/train/SIDD_Medium_Raw_noisy_sub512 --val_dirs ./data/validation --save_model_path ../experiments/results --log_name b2u_unet_raw_112rf20 --Lambda1 1.0 --Lambda2 2.0 --increase_ratio 20.0
  • Train on FMDD dataset
python train_fmdd_b2u.py --data_dir ./dataset/fmdd_sub/train --val_dirs ./dataset/fmdd_sub/validation --subfold Confocal_FISH --save_model_path ../experiments/fmdd --log_name Confocal_FISH_b2u_unet_fmdd_112rf20 --Lambda1 1.0 --Lambda2 2.0 --increase_ratio 20.0

Test

  • Test on Kodak, BSD300 and Set14

    • For noisetype: gauss25

      python test_b2u.py --noisetype gauss25 --checkpoint ./pretrained_models/g25_112f20_beta19.7.pth --test_dirs ./data/validation --save_test_path ./test --log_name b2u_unet_g25_112rf20 --beta 19.7
    • For noisetype: gauss5_50

      python test_b2u.py --noisetype gauss5_50 --checkpoint ./pretrained_models/g5-50_112rf20_beta19.4.pth --test_dirs ./data/validation --save_test_path ./test --log_name b2u_unet_g5_50_112rf20 --beta 19.4
    • For noisetype: poisson30

      python test_b2u.py --noisetype poisson30 --checkpoint ./pretrained_models/p30_112f20_beta19.1.pth --test_dirs ./data/validation --save_test_path ./test --log_name b2u_unet_p30_112rf20 --beta 19.1
    • For noisetype: poisson5_50

      python test_b2u.py --noisetype poisson5_50 --checkpoint ./pretrained_models/p5-50_112rf20_beta20.pth --test_dirs ./data/validation --save_test_path ./test --log_name b2u_unet_p5_50_112rf20 --beta 20.0
  • Test on SIDD Validation in raw-RGB space

python test_sidd_b2u.py --checkpoint ./pretrained_models/rawRGB_112rf20_beta19.4.pth --test_dirs ./data/validation --save_test_path ./test --log_name validation_b2u_unet_raw_112rf20 --beta 19.4
  • Test on SIDD Benchmark in raw-RGB space
python benchmark_sidd_b2u.py --checkpoint ./pretrained_models/rawRGB_112rf20_beta19.4.pth --test_dirs ./data/validation --save_test_path ./test --log_name benchmark_b2u_unet_raw_112rf20 --beta 19.4
  • Test on FMDD Validation

    • For Confocal_FISH
    python test_fmdd_b2u.py --checkpoint ./pretrained_models/Confocal_FISH_112rf20_beta20.pth --test_dirs ./dataset/fmdd_sub/validation --subfold Confocal_FISH --save_test_path ./test --log_name Confocal_FISH_b2u_unet_fmdd_112rf20 --beta 20.0
    • For Confocal_MICE
    python test_fmdd_b2u.py --checkpoint ./pretrained_models/Confocal_MICE_112rf20_beta19.7.pth --test_dirs ./dataset/fmdd_sub/validation --subfold Confocal_MICE --save_test_path ./test --log_name Confocal_MICE_b2u_unet_fmdd_112rf20 --beta 19.7
    • For TwoPhoton_MICE
    python test_fmdd_b2u.py --checkpoint ./pretrained_models/TwoPhoton_MICE_112rf20_beta20.pth --test_dirs ./dataset/fmdd_sub/validation --subfold TwoPhoton_MICE --save_test_path ./test --log_name TwoPhoton_MICE_b2u_unet_fmdd_112rf20 --beta 20.0
YOLOv4 / Scaled-YOLOv4 / YOLO - Neural Networks for Object Detection (Windows and Linux version of Darknet )

Yolo v4, v3 and v2 for Windows and Linux (neural networks for object detection) Paper YOLO v4: https://arxiv.org/abs/2004.10934 Paper Scaled YOLO v4:

Alexey 20.2k Jan 09, 2023
A neuroanatomy-based augmented reality experience powered by computer vision. Features 3D visuals of the Atlas Brain Map slices.

Brain Augmented Reality (AR) A neuroanatomy-based augmented reality experience powered by computer vision that features 3D visuals of the Atlas Brain

Yasmeen Brain 10 Oct 06, 2022
Neural Fixed-Point Acceleration for Convex Optimization

Licensing The majority of neural-scs is licensed under the CC BY-NC 4.0 License, however, portions of the project are available under separate license

Facebook Research 27 Oct 06, 2022
Simple tool to combine(merge) onnx models. Simple Network Combine Tool for ONNX.

snc4onnx Simple tool to combine(merge) onnx models. Simple Network Combine Tool for ONNX. https://github.com/PINTO0309/simple-onnx-processing-tools 1.

Katsuya Hyodo 8 Oct 13, 2022
Flybirds - BDD-driven natural language automated testing framework, present by Trip Flight

Flybird | English Version 行为驱动开发(Behavior-driven development,缩写BDD),是一种软件过程的思想或者

Ctrip, Inc. 706 Dec 30, 2022
Anomaly Transformer: Time Series Anomaly Detection with Association Discrepancy" (ICLR 2022 Spotlight)

About Code release for Anomaly Transformer: Time Series Anomaly Detection with Association Discrepancy (ICLR 2022 Spotlight)

THUML @ Tsinghua University 221 Dec 31, 2022
Evolution Strategies in PyTorch

Evolution Strategies This is a PyTorch implementation of Evolution Strategies. Requirements Python 3.5, PyTorch = 0.2.0, numpy, gym, universe, cv2 Wh

Andrew Gambardella 333 Nov 14, 2022
Reference models and tools for Cloud TPUs.

Cloud TPUs This repository is a collection of reference models and tools used with Cloud TPUs. The fastest way to get started training a model on a Cl

5k Jan 05, 2023
DeFMO: Deblurring and Shape Recovery of Fast Moving Objects (CVPR 2021)

Evaluation, Training, Demo, and Inference of DeFMO DeFMO: Deblurring and Shape Recovery of Fast Moving Objects (CVPR 2021) Denys Rozumnyi, Martin R. O

Denys Rozumnyi 139 Dec 26, 2022
Physics-informed convolutional-recurrent neural networks for solving spatiotemporal PDEs

PhyCRNet Physics-informed convolutional-recurrent neural networks for solving spatiotemporal PDEs Paper link: [ArXiv] By: Pu Ren, Chengping Rao, Yang

Pu Ren 11 Aug 23, 2022
Implementation of Basic Machine Learning Algorithms on small datasets using Scikit Learn.

Basic Machine Learning Algorithms All the basic Machine Learning Algorithms are implemented in Python using libraries Acknowledgements Machine Learnin

Piyal Banik 47 Oct 16, 2022
Author: Wenhao Yu ([email protected]). ACL 2022. Commonsense Reasoning on Knowledge Graph for Text Generation

Diversifying Commonsense Reasoning Generation on Knowledge Graph Introduction -- This is the pytorch implementation of our ACL 2022 paper "Diversifyin

DM2 Lab @ ND 61 Dec 30, 2022
A Python library that enables ML teams to share, load, and transform data in a collaborative, flexible, and efficient way :chestnut:

Squirrel Core Share, load, and transform data in a collaborative, flexible, and efficient way What is Squirrel? Squirrel is a Python library that enab

Merantix Momentum 249 Dec 07, 2022
SymPy-powered, Wolfram|Alpha-like answer engine totally in your browser, without backend computation

SymPy Beta SymPy Beta is a fork of SymPy Gamma. The purpose of this project is to run a SymPy-powered, Wolfram|Alpha-like answer engine totally in you

Liumeo 25 Dec 21, 2022
An example to implement a new backbone with OpenMMLab framework.

Backbone example on OpenMMLab framework English | 简体中文 Introduction This is an template repo about how to use OpenMMLab framework to develop a new bac

Ma Zerun 22 Dec 29, 2022
Intrusion Test Tool with Python

P3ntsT00L Uma ferramenta escrita em Python, feita para Teste de intrusão. Requisitos ter o python 3.9.8 instalado em sua máquina. ter a git instalada

josh washington 2 Dec 27, 2021
NasirKhusraw - The TSP solved using genetic algorithm and show TSP path overlaid on a map of the Iran provinces & their capitals.

Nasir Khusraw : Travelling Salesman Problem The TSP solved using genetic algorithm. This project show TSP path overlaid on a map of the Iran provinces

J Brave 2 Sep 01, 2022
High-fidelity 3D Model Compression based on Key Spheres

High-fidelity 3D Model Compression based on Key Spheres This repository contains the implementation of the paper: Yuanzhan Li, Yuqi Liu, Yujie Lu, Siy

5 Oct 11, 2022
Uni-Fold: Training your own deep protein-folding models.

Uni-Fold: Training your own deep protein-folding models. This package provides and implementation of a trainable, Transformer-based deep protein foldi

DeepModeling 88 Jan 03, 2023
Tutorial on active learning with the Nvidia Transfer Learning Toolkit (TLT).

Active Learning with the Nvidia TLT Tutorial on active learning with the Nvidia Transfer Learning Toolkit (TLT). In this tutorial, we will show you ho

Lightly 25 Dec 03, 2022