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DAIN (For AIM Challenge)

Wang Shen, Wenbo Bao, Guangtao Zhai, Li Chen, and Zhiyong Gao.

Table of Contents

  1. Introduction
  2. Requirements and Dependencies
  3. Installation
  4. Testing Pre-trained Models
  5. Downloading Results
  6. Test Results Generation
  7. Training New Models

Introduction

We propose the Depth-Aware video frame INterpolation (DAIN) model to explicitly detect the occlusion by exploring the depth cue. We develop a depth-aware flow projection layer to synthesize intermediate flows that preferably sample closer objects than farther ones. Our method achieves state-of-the-art performance on the Middlebury dataset.

Requirements and Dependencies

  • Ubuntu (We test with Ubuntu = 18.04 LTS)
  • Python (We test with Python = 3.6.8 in Anaconda3 = 4.5.11)
  • Cuda & Cudnn (We test with Cuda = 10.0 and Cudnn = 7.5.0)
  • PyTorch (The customized depth-aware flow projection and other layers require ATen API in PyTorch = 1.0.0)
  • GCC (Compiling PyTorch 1.0.0 extension files (.c/.cu) requires gcc = 7.4.0 and nvcc = 10.0 compilers)
  • NVIDIA GPU (We use RTX-2080 Ti with compute = 7.5, but we support compute_50/52/60/61/75 devices, should you have devices with higher compute capability, please revise this)

The full envs is recored in AIM_DAIN/environment.yaml.

Installation

Download repository:

$ git clone https://github.com/laomao0/AIM_DAIN.git

Before building Pytorch extensions, be sure you have pytorch >= 1.0.0:

$ python -c "import torch; print(torch.__version__)"

Generate our PyTorch extensions:

$ cd AIM_DAIN/src
$ cd my_package 
$ ./build.sh

Generate the Correlation package required by PWCNet:

$ cd ../PWCNet/correlation_package_pytorch1_0
$ ./build.sh

Testing Pre-trained Models

Make model weights dir and AIM dataset dir:

$ cd AIM_DAIN
$ mkdir model_weights
$ cd model_weights
$ mkdir test_weight

Download pretrained models,

$ cd test_weight

put best.pth into AIM_DAIN/model_weights/test_weight dir.

Download AIM-Challenge dataset:

Make sure the dataset dirs follow the below structure.

root -----train/train_15fps/000,...,239/00000000.png,...
     -----train/train_30fps
     -----train/train_60fps
     -----val/val_15fps
     -----val/val_30fps
     -----val/val_60fps
     -----test/test_15fps

Downloading Results

Our test results 60fps (without 15fps inputs) can be downloaded by Link.

Test Results Generation

Modify the testset path of AIM_DAIN/src/test_AIM.py to be your path.

AIM_Other_DATA = "/DATA/wangshen_data/AIM_challenge/test/test_15fps"
AIM_Other_RESULT = "/DATA/wangshen_data/AIM_challenge/test/test_15fps_result"
AIM_Other_RESULT_UPLOAD = "/DATA/wangshen_data/AIM_challenge/test/test_15fps_upload"

AIM_Other_RESULT is the path of full 60fps results without 15fps inputs. AIM_Other_RESULT_UPLOAD path is the 30fps results upload to CodaLab.

The script for generating the 60fps testing results.

$ cd AIM_DAIN
$ cd src
$ ./run_15_to_60fps_testset.bash 0

where 0 is the GPU index. For 4 GPUs, it can select from {0,1,2,3}.

Training New Models

Run the training script:

$ cd AIM_DAIN
$ cd src
$ ./train.bash 0 weight_name

where 0 is the GPU index, weight_name is the path, i.e. AIM_DAIN/model_weights/weight_name, to save the new trained weights.

Contact

Wang Shen Wenbo Bao;

License

See MIT License