Collect some image SR related papers, datasets, metrics and repositories.
Most of these contents are referenced from here. Thank you!!!
Paper with code: Super Resolution
| repo | Framework |
|---|---|
| EDSR-PyTorch | PyTorch |
| RCAN-PyTorch | PyTorch |
| CARN-PyTorch | PyTorch |
| BasicSR | PyTorch |
| Image-Super-Resolution | Keras |
| image-super-resolution | Keras |
| Super-Resolution-Zoo | MxNet |
| super-resolution | Keras |
| neural-enhance | Theano |
| srez | Tensorflow |
| waifu2x | Torch |
| Super-resolution | PyTorch |
| VideoSuperResolution | Tensorflow |
| Video-super-resolution | PyTorch |
Note this table is referenced from here.
| Metric | Papers |
|---|---|
| MS-SSIM | Multiscale structural similarity for image quality assessment, Wang, Zhou; Simoncelli, Eero P.; Bovik, Alan C., ACSSC 2003, [ACSSC], MS-SSIM |
| SSIM | Image Quality Assessment: From Error Visibility to Structural Similarity, Wang, Zhou; Bovik, Alan C.; Sheikh, Hamid R.; Simoncelli, Eero P, TIP 2004, [TIP], SSIM |
| IFC | An information fidelity criterion for image quality assessment using natural scene statistics, Sheikh, Hamid Rahim; Bovik, Alan Conrad; de Veciana, Gustavo de Veciana, TIP 2005, [TIP], IFC |
| VIF | Image information and visual quality, Sheikh, Hamid Rahim; Bovik, Alan C., TIP 2006, [TIP], VIF |
| FSIM | FSIM: A Feature Similarity Index for Image Quality Assessment, Zhang, Lin; Zhang, Lei; Mou, Xuanqin; Zhang, David, TIP 2011, [Project], [TIP], FSIM |
| NIQE | Making a “Completely Blind” Image Quality Analyzer, Mittal, Anish; Soundararajan, Rajiv; Bovik, Alan C., Signal Processing Letters 2013, [Matlab*], [Signal Processing Letters], NIQE |
| Ma | Learning a no-reference quality metric for single-image super-resolution, Ma, Chao; Yang, Chih-Yuan; Yang, Xiaokang; Yang, Ming-Hsuan, CVIU 2017, [arXiv], [CVIU], [Matlab*], [Project], Ma |
Note this table is referenced from here.
| Name | Usage | Link | Comments |
|---|---|---|---|
| Set5 | Test | download | super-resolution test dataset |
| SET14 | Test | download | super-resolution test dataset |
| BSD100 | Test | download | super-resolution test dataset |
| Urban100 | Test | download | super-resolution test dataset |
| Manga109 | Test | download | super-resolution test dataset |
| BSD300 | Train/Val | download | |
| BSD500 | Train/Val | download | |
| 91-Image | Train | download | Yang |
| DIV2K2017 | Train/Val | website | NTIRE2017 |
| Real SR | Train/Val | website | NTIRE2019 |
| Waterloo | Train | website | |
| VID4 | Test | download | 4 videos |
| MCL-V | Train | website | 12 videos |
| GOPRO | Train/Val | website | 33 videos, deblur |
| CelebA | Train | website | Human faces |
| Sintel | Train/Val | website | Optical flow |
| FlyingChairs | Train | website | Optical flow |
| Vimeo-90k | Train/Test | website | 90k HQ videos |
| SR-RAW | Train/Test | website | raw sensor image dataset |
| Benchmark and DIV2k(SR) | Train/Test | website | super-resolution dataset |
SCSR: TIP2010, Jianchao Yang et al.paper, code
ANR: ICCV2013, Radu Timofte et al. paper, code
A+: ACCV 2014, Radu Timofte et al. paper, code
IA: CVPR2016, Radu Timofte et al. paper
SelfExSR: CVPR2015, Jia-Bin Huang et al. paper, code
NBSRF: ICCV2015, Jordi Salvador et al. paper
RFL: ICCV2015, Samuel Schulter et al paper, code
| Model | Published | Code | Keywords |
|---|---|---|---|
| SRCNN | ECCV14 | Keras | CNN |
| RAISR | arXiv | - | Google, Pixel 3 |
| ESPCN | CVPR16 | Keras | Real time/SISR/VideoSR |
| VDSR | CVPR16 | Matlab | Deep, Residual |
| DRCN | CVPR16 | Matlab | Recurrent |
| DRRN | CVPR17 | Caffe, PyTorch | Recurrent |
| LapSRN | CVPR17 | Matlab | Huber loss |
| IRCNN | CVPR17 | Matlab | |
| EDSR | CVPR17 | PyTorch | NTIRE17 Champion |
| BTSRN | CVPR17 | - | NTIRE17 |
| SelNet | CVPR17 | - | NTIRE17 |
| TLSR | CVPR17 | - | NTIRE17 |
| SRGAN | CVPR17 | Tensorflow | 1st proposed GAN |
| VESPCN | CVPR17 | - | VideoSR |
| MemNet | ICCV17 | Caffe | Dense && Recurrent |
| SRDenseNet | ICCV17 | PyTorch | Dense |
| SPMC | ICCV17 | Tensorflow | VideoSR |
| EnhanceNet | ICCV17 | TensorFlow | Perceptual Loss |
| PRSR | ICCV17 | TensorFlow | an extension of PixelCNN |
| AffGAN | ICLR17 | - |
| Model | Published | Code | Keywords |
|---|---|---|---|
| MS-LapSRN | TPAMI18 | Matlab | Fast LapSRN |
| DCSCN | arXiv | Tensorflow | |
| IDN | CVPR18 | Caffe | Fast |
| DSRN | CVPR18 | TensorFlow | Dual state && Recurrent |
| RDN | CVPR18 | Torch | Deep && BI-BD-DN && Dense |
| SRMD | CVPR18 | Matlab | Denoise/Deblur/SR |
| xUnit | CVPR18 | PyTorch | Spatial Activation Function |
| DBPN | CVPR18 | PyTorch | NTIRE18 Champion |
| WDSR | CVPR18 | PyTorch，TensorFlow | NTIRE18 Champion |
| ProSRN | CVPR18 | PyTorch | NTIRE18 && Progressive |
| ZSSR | CVPR18 | Tensorflow | Zero-shot |
| FRVSR | CVPR18 | VideoSR | |
| DUF | CVPR18 | Tensorflow | VideoSR |
| TDAN | arXiv | - | VideoSR && Deformable Align |
| SFTGAN | CVPR18 | PyTorch | |
| CARN | ECCV18 | PyTorch | Lightweight |
| RCAN | ECCV18 | PyTorch | Deep && BI-BD-DN && Channel-wise Attention |
| MSRN | ECCV18 | PyTorch | Multi-scale |
| SRFeat | ECCV18 | Tensorflow | GAN |
| TSRN | ECCV18 | Pytorch | |
| ESRGAN | ECCV18 | PyTorch | PRIM18 region 3 Champion |
| EPSR | ECCV18 | PyTorch | PRIM18 region 1 Champion |
| PESR | ECCV18 | PyTorch | ECCV18 workshop |
| FEQE | ECCV18 | Tensorflow | Fast |
| NLRN | NIPS18 | Tensorflow | Non-local, Recurrent |
| SRCliqueNet | NIPS18 | - | Wavelet |
| Model | Published | Code | Keywords |
|---|---|---|---|
| CBDNet | arXiv | Matlab | Blind-denoise |
| TecoGAN | arXiv | Tensorflow | VideoSR GAN |
| RBPN | CVPR19 | PyTorch | VideoSR |
| SRFBN | CVPR19 | PyTorch | Feedback && Recurrent |
| AdaFM | CVPR19 | PyTorch | Adaptive Feature Modification Layers |
| MoreMNAS | arXiv | - | Lightweight，NAS |
| FALSR | arXiv | TensorFlow | Lightweight，NAS |
| Meta-SR | CVPR19 | PyTorch | Arbitrary Magnification |
| AWSRN | arXiv | PyTorch | Lightweight |
| OISR | CVPR19 | PyTorch | ODE-inspired Network |
| DPSR | CVPR19 | PyTorch | |
| DNI | CVPR19 | PyTorch | |
| MAANet | arXiv | Multi-view Aware Attention | |
| RNAN | ICLR19 | PyTorch | Residual Non-local Attention |
| FSTRN | CVPR19 | - | VideoSR, fast spatio-temporal residual block |
| MsDNN | arXiv | TensorFlow | NTIRE19 real SR 21th place |
| SAN | CVPR19 | Pytorch | Second-order Attention, cvpr19 oral |
| EDVR | CVPRW19 | Pytorch | Video, NTIRE19 video restoration and enhancement champions |
| Ensemble for VSR | CVPRW19 | - | VideoSR, NTIRE19 video SR 2nd place |
| TENet | arXiv | Pytorch | a Joint Solution for Demosaicking, Denoising and Super-Resolution |
| MCAN | arXiv | Pytorch | Matrix-in-matrix CAN, Lightweight |
| IKC&SFTMD | CVPR19 | - | Blind Super-Resolution |
| SRNTT | CVPR19 | TensorFlow | Neural Texture Transfer |
| RawSR | CVPR19 | TensorFlow | Real Scene Super-Resolution, Raw Images |
| resLF | CVPR19 | Light field | |
| CameraSR | CVPR19 | realistic image SR | |
| ORDSR | TIP | model | DCT domain SR |
| U-Net | CVPRW19 | NTIRE19 real SR 2nd place, U-Net,MixUp,Synthesis | |
| DRLN | arxiv | Densely Residual Laplacian Super-Resolution | |
| EDRN | CVPRW19 | Pytorch | NTIRE19 real SR 9th places |
| FC2N | arXiv | Fully Channel-Concatenated | |
| GMFN | BMVC2019 | Pytorch | Gated Multiple Feedback |
| CNN&TV-TV Minimization | BMVC2019 | TV-TV Minimization | |
| HRAN | arXiv | Hybrid Residual Attention Network | |
| PPON | arXiv | code | Progressive Perception-Oriented Network |
| SROBB | ICCV19 | Targeted Perceptual Loss | |
| RankSRGAN | ICCV19 | PyTorch | oral, rank-content loss |
| s-LWSR | arXiv | Lightweight Network | |
| ESRN | AAAI2020 | ||
| MGAN | arXiv | ||
| IMDN | ACM MM 2019 | PyTorch | Lightweight Network |
| WDST | arXiv | perception-distortion tradeoff | |
| HBPN | arXiv | PyTorch | |
| ABPN | arXiv | PyTorch | |
| PFNL | ICCV19 | Tensorflow | VideoSR oral,Non-Local Spatio-Temporal Correlations |
| EBRN | ICCV19 | Embedded Block Residual Network | |
| Deep SR-ITM | ICCV19 | matlab | SDR to HDR, 4K SR |
| Feature SR | ICCV19 | Super-Resolution for Small Object Detection | |
| STFAN | ICCV19 | PyTorch | Video Deblurring |
| KMSR | ICCV19 | PyTorch | GAN for blur-kernel estimation |
| JDSR | arXiv | Demosaicing and SR | |
| CFSNet | ICCV19 | PyTorch | Controllable Feature |
| FSRnet | ICCV19 | Multi-bin Trainable Linear Units | |
| SAM+VAM | ICCVW19 |
| Model | Published | Code | Keywords |
|---|---|---|---|
| FFA-Net | AAAI2020 | Pytorch | Image Dehazing |
| RC-Net | arXiv | matlab | Image Denoising and Super-resolution |
| IR-NAS | arXiv | NAS | |
| SISR-CA-OA | arXiv | Fast &Channel-Attention | |
| DSGAN | arXiv | Real-World Super-Resolution | |
| ADCSR | arXiv | ||
| SCN | AAAI2020 | Scale-wise Convolution | |
| MLSR | arXiv | Self-supervised | |
| GAN-based | arXiv | Real-world SR | |
| ESRGAN+ | arXiv | ||
| SOF-VSR | TIP ACCV | Pytorch | Video SR |
| DDNet | arXiv | Real-World SR | |
| VESR-Net | arXiv | Video Enhancement and SR | |
| MZSR | CVPR 2020 | Meta-Transfer Learning, Zero-Shot | |
| HNAS | arXiv | PyTorch | NAS |
| PAN | arXiv | PyTorch | |
| SFTGAN | arXiv | GAN | |
| BlindVSR | arXiv | PyTorch | Video SR |
| DRN | CVPR 2020 | PyTorch | Dual Regression, paired and unpaired datasets |
| SFM | arxiv | PyTorch | Blind SR && Real SR |
| EventSR | CVPR 2020 | Split three phases |
[1] Wenming Yang, Xuechen Zhang, Yapeng Tian, Wei Wang, Jing-Hao Xue. Deep Learning for Single Image Super-Resolution: A Brief Review. arxiv, 2018. paper
[2]Saeed Anwar, Salman Khan, Nick Barnes. A Deep Journey into Super-resolution: A survey. arxiv, 2019.paper
[3]Wang, Z., Chen, J., & Hoi, S. C. (2019). Deep learning for image super-resolution: A survey. arXiv preprint arXiv:1902.06068.paper
NTIRE17 papers
NTIRE18 papers
PIRM18 web
NTIRE19 papers
AIM19 papers