Search results for: Adrian Ion
Human Brain Mapping > 44 > 2 > 801 - 812
Lecture Notes in Computer Science > Progress in Pattern Recognition, Image Analysis and Applications > Computer Vision > 291-300
Lecture Notes in Computer Science > Discrete Geometry for Computer Imagery > Shape Representation > 437-448
Lecture Notes in Computer Science > Graph-Based Representations in Pattern Recognition > Graph-Based Representation and Recognition > 82-91
Lecture Notes in Computer Science > Progress in Pattern Recognition, Image Analysis, Computer Vision, and Applications > Keynote Lectures > 25-25
Lecture Notes in Computer Science > Graph-Based Representations in Pattern Recognition > Pyramids, Combinatorial Maps and Homologies > 295-306
Lecture Notes in Computer Science > Discrete Geometry for Computer Imagery > Discrete Shape Representation, Recognition and Analysis > 92-103
Lecture Notes in Computer Science > Graph-Based Representations in Pattern Recognition > Hierarchical Graph Abstraction and Matching > 223-232
Lecture Notes in Computer Science > Progress in Pattern Recognition, Image Analysis and Applications > 277-286
Lecture Notes in Computer Science > Computer Analysis of Images and Patterns > Stereo and Video Analysis > 1011-1018
Lecture Notes in Computer Science > Discrete Geometry for Computer Imagery > Geometric Transforms > 213-224
Lecture Notes in Computer Science > Progress in Pattern Recognition, Image Analysis, Computer Vision, and Applications > Computer Vision > 758-765
Lecture Notes in Computer Science > Computer Analysis of Images and Patterns > Geo-topological Analysis of Images > 286-293
Lecture Notes in Computer Science > Graph-Based Representations in Pattern Recognition > Pyramids, Combinatorial Maps, and Homologies > 263-272
Lecture Notes in Computer Science > Graph-Based Representations in Pattern Recognition > Graph-Based Segmentation > 215-224
Lecture Notes in Computer Science > Graph-Based Representations in Pattern Recognition > Pyramids, Combinatorial Maps and Homologies > 283-294
International Journal of Computer Vision > 2014 > 107 > 1 > 40-57