Federal University of Uberlˆandia / Federal University of Rio de Janeiro / /
IndustryTerm
scientific applications / stateof-the-art algorithms / image processing / iterative shrinkage algorithm / energy term / iterative thresholding algorithm / energy term dealing / energy / non-blind algorithm / /
NaturalFeature
CAPES Brazilian / /
Organization
Federal University of Uberlˆandia / Federal University of Rio de Janeiro / /
Person
Thomas Huang / Antonio Marquina / Shengyang Dai / Mei Han / Ingrid Daubechies / Rahul Gowda / Xiaolin Wu / Guangming Shi / Silvano Di Zenzo / Hong Chang / Wei Xu / Ying Wu / Yihong Gong / C. De Mol / Pradeep Nagesh / Michal Irani / John Wright / M. Defrise / Yi Ma / Il / Shmuel Peleg / Vincent Dor / Stanley J. Osher / Naveen Kulkarni / Mohamed Cheriet / Baoxin Li / Weisheng Dong / Reza Farrahi Moghaddam / Aggelos K Katsaggelos / Joachim Weickert / Lei Zhang / Jianchao Yang / /
Position
model / first author / /
ProgrammingLanguage
J / K / /
PublishedMedium
Communications on Pure and Applied Mathematics / ACM Transactions on Graphics / /
Technology
alpha / same IST algorithm / non-blind algorithm / SR algorithm / proposed algorithm / stateof-the-art algorithms / IST algorithm / iterative thresholding algorithm / SR algorithms / iterative shrinkage algorithm / Image Processing / super-resolution algorithm / /
SINGLE IMAGE SUPER-RESOLUTION USING SPARSE REPRESENTATIONS WITH STRUCTURE CONSTRAINTS J. C. Ferreira∗†? O. Le Meur†