Real-Time 4K Super-Resolution of Compressed AVIF Images. AIS 2024 Challenge Survey.
Marcos V. CondeZhijun LeiWen LiCosmin StejereanIoannis KatsavounidisRadu TimofteKihwan YoonGanzorig GankhuyagJiangtao LvLong SunJinshan PanJiangxin DongJinhui TangZhiyuan LiHao WeiChenyang GeDongyang ZhangTianle LiuHuaian ChenYi JinMenghan ZhouYiqiang YanSi GaoBiao WuShaoli LiuChengjian ZhengDiankai ZhangNing WangXintao QiuYuanbo ZhouKongxian WuXinwei DaiHui TangWei DengQingquan GaoTong TongJae-Hyeon LeeUi-Jin ChoiMin YanXin LiuQian WangXiaoqian YeZhan DuTiansen ZhangLong PengJiaming GuoXin DiBohao LiaoZhibo DuPeize XiaRenjing PeiYang WangYang CaoZhengjun ZhaBingnan HanHongyuan YuZhuoyuan WuCheng WanYuqing LiuHaodong YuJizhe LiZhijuan HuangYuan HuangYajun ZouXianyu GuanQi JiaHeng ZhangXuanwu YinKunlong ZuoHyeon-Cheol MoonTae-hyun JeongYoonmo YangJae-Gon KimJinwoo JeongSunjei KimPublished in: CoRR (2024)
Keyphrases
- super resolution
- low resolution images
- high resolution images
- low resolution
- image resolution
- high resolution
- super resolved
- imaging process
- higher resolution
- resolution enhancement
- image restoration
- highest resolution
- image database
- image super resolution
- single frame
- image reconstruction
- degraded images
- low quality images
- test images
- image data
- super resolution algorithm
- image classification
- super resolution reconstruction
- input image
- motion estimation
- back projection
- multiresolution
- three dimensional
- energy minimization framework
- motion blur
- single image super resolution
- multi frame
- spatial resolution
- facial images
- depth map
- edge detection
- image registration
- low spatial resolution
- light field
- reconstruction method
- remote sensing
- high quality
- image sequences