University of Oxford / University of Notre Dame / Andrew Zisserman Information Engineering Building / /
Holiday
Groundhog Day / /
IndustryTerm
simultaneous algorithm / media publication / bank / white car / simultaneous-registration algorithm / black car / generative imaging model / multi-frame super-resolution algorithm / computing / intensity-based registration algorithms / search direction / car number plates / satellite terrain imagery / /
Movie
Lola Rennt on DVD / Groundhog Day / Lola Rennt / /
Organization
Cambridge University / University of Notre Dame / University of Oxford / /
Person
Card Sequence / Andrew Zisserman / Stephen J. Roberts / Van Gool / Lyndsey C. Pickup / /
Position
model / model for the lossy DVD compression / Bishop / bank security officer / security guard / /
ProgrammingLanguage
PASCAL / EC / ML / /
ProvinceOrState
Indiana / /
Technology
Scaled Conjugate Gradients algorithm / mpeg / super-resolution algorithms / intensity-based registration algorithms / multi-frame super-resolution algorithm / Netlab algorithms / simultaneous-registration algorithm / digital video / simultaneous algorithm / Image Processing / digital camera / /
1 Optimizing and Learning for Super-resolution Lyndsey C. Pickup, Stephen J. Roberts and Andrew Zisserman Information Engineering Building, Dept. of Engineering Science, Parks Road, Oxford, OX1 3PJ, UK