Skip to content
프로젝트

tegg89/SRCNN-Tensorflow has 614 GitHub stars and 269 forks. GitHot measured 0 stars in 24 hours. Last checked 2026-11-14 18:33 UTC. Last push 2023-07-12.

이 수치를 측정하는 방법

측정된 스타 증가

in 24h
0
in 7 days
기록 수집 중
in 15 days
기록 수집 중
in 1 month
기록 수집 중

서로 겹치는 기간의 순증가량이며 일별 합계가 아닙니다. 측정값이 없으면 비워 둡니다. 스타는 관심도를 나타내며 품질을 보장하지 않습니다.

소개

Image Super-Resolution Using Deep Convolutional Networks in Tensorflow https://arxiv.org/abs/1501.00092v3

머신러닝

README.md

Original

SRCNN-Tensorflow

Tensorflow implementation of Convolutional Neural Networks for super-resolution. The original Matlab and Caffe from official website can be found here.

Prerequisites

  • Tensorflow
  • Scipy version > 0.18 ('mode' option from scipy.misc.imread function)
  • h5py
  • matplotlib

This code requires Tensorflow. Also scipy is used instead of Matlab or OpenCV. Especially, installing OpenCV at Linux is sort of complicated. So, with reproducing this paper, I used scipy instead. For more imformation about scipy, click here.

Usage

For training, python main.py
For testing, python main.py --is_train False --stride 21

Result

After training 15,000 epochs, I got similar super-resolved image to reference paper. Training time takes 12 hours 16 minutes and 1.41 seconds. My desktop performance is Intel I7-6700 CPU, GTX970, and 16GB RAM. Result images are shown below.

Original butterfly image: orig
Bicubic interpolated image: bicubic
Super-resolved image: srcnn

References