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Single Image Super-Resolution using deep learning

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Superresolution

Implementation of deep learning model in Keras for superresolution. Model is still in experimental phase (current results below).


Examples

Input image (left), predicted image (center), ground truth (right). Results after <2h of training on NVIDIA Quadro P5000 with 128x128 input size with 2x upscale factor.


Requirements

  • Python 3.x
  • pip

Installation and setup

Install pip packages using

$ pip install -r requirements.txt

Add .env file to project root with environmental variables

COMET_PROJECTNAME={comet_project_name}
COMET_WORKSPACE={comet_workspace}
COMET_API_KEY={comet_api_key}

[optional]

There is a Docker image included that was used for training in cloud. You can build it from local Dockerfile with

docker build -t ml-box .

or get it from Docker Hub

docker pull tomikeska/ml-box

Usage

Train model using command

$ python src/train.py

License

Code is released under the MIT License. Please see the LICENSE file for details.

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Single Image Super-Resolution using deep learning

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