Demake-up Filter Use Unet model, Resnet50 Pretrained
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Updated
Apr 9, 2022 - Jupyter Notebook
Demake-up Filter Use Unet model, Resnet50 Pretrained
Generate data, PSNR, Perceptual Loss, Unet
Android librarry (kotlin) : Image (JPEG, BMP) comparison (perceptual hash algorithm)
🎨 Implementation of Fast Neural Style Transfer proposed by Justin Johnson et al. in the paper Perceptual Losses for Real-Time Style Transfer and Super-Resolution
Final assignment in the NLP course at the Technion (IEM097215). In this assignment we propose a novel architecture to handle both Text-to-Image translation and Image-to-Text translation tasks on paired data, using a unified architecture of transformers and CNNs and enforcing cycle consistency.
This project features an automatic image colorization model utilizing a U-Net architecture combined with perceptual loss for enhanced colorization quality.
Demos of neural image editing
This is a very simplified ipynb code for KupynOrest's Deblur GAN code. DeblurGAN addresses the challenge of end-to-end image deblurring through the use of conditional Generative Adversarial Networks (cGANs).I have used pytorch for this implementation.
single image super resolution
Official implementation of RDST. A residual dense swin transformer for medical image super-resolution
Pytorch implementation of Neural Style Transfer (NST). Reviewing litterature and implementing some ideas.
LPIPS metric on PaddlePaddle. pip install paddle-lpips
Investigation in 4x Super-resolution by Deep Convolutional Neural Networks
A simple and minimalistic implementation of the fast neural style transfer method presented in "Perceptual Losses for Real-Time Style Transfer and Super-Resolution" by Johnson et. al. (2016) 🏞
The implementation code of Thesis project which entitled "Photo-to-Emoji Transformation with TraVeLGAN and Perceptual Loss" as a final project in my master study.
Implementation of the fast neural style transfer algorithm on Keras. Includes Jupyter notebooks, python script and web app.
A no-reference version of HDR-VDP using deep-learning
A deep perceptual metric for 3D point clouds
A Study of Deep Perceptual Metrics for Image quality Assessment
Pytorch Implementation of Hou, Shen, Sun, Qiu, "Deep Feature Consistent Variational Autoencoder", 2016
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