Search results for: Fabien Feschet
Neuroscience > 2017 > 349 > C > 291-302
Lecture Notes in Computer Science > Discrete Geometry for Computer Imagery > Models for Discrete Geometry > 83-94
Developmental Medicine & Child Neurology > 58 > 7 > 706 - 713
Lecture Notes in Computer Science > Image Analysis > Poster Presentations 2: Pattern Recognition, Image Processing, and Applications > 910-919
Lecture Notes in Computer Science > Discrete Geometry for Computer Imagery > Discrete Tomography > 126-135
Lecture Notes in Computer Science > Principles of Data Mining and Knowledge Discovery > Posters > 599-604
Lecture Notes in Computer Science > Discrete Geometry for Computer Imagery > Uncertain Geometry > 371-382
Lecture Notes in Computer Science > Discovery Science > Regular Papers > 323-335
Lecture Notes in Computer Science > Discrete Geometry for Computer Imagery > Discrete Shape Representation, Recognition and Analysis > 118-131
Lecture Notes in Computer Science > Principles of Data Mining and Knowledge Discovery > Regular Papers > 399-410
Lecture Notes in Computer Science > On the Move to Meaningful Internet Systems 2006: CoopIS, DOA, GADA, and ODBASE > Parallel Applications > 1213-1222
Lecture Notes in Computer Science > Combinatorial Image Analysis > Digital Geometry - Curves, Straightness, and Convexity > 30-42
Lecture Notes in Computer Science > Discrete Geometry for Computer Imagery > Discrete Geometry > 29-40
Lecture Notes in Computer Science > Combinatorial Image Analysis > Image Representation, Segmentation, Grouping, and Reconstruction > 148-159
Lecture Notes in Computer Science > Image Analysis > Poster Presentations 2: Pattern Recognition, Image Processing, and Applications > 988-997
Lecture Notes in Computer Science > Discrete Geometry for Computer Imagery > Discrete Shape Representation, Recognition and Analysis > 310-321
Lecture Notes in Computer Science > Euro-Par 2006 Parallel Processing > Topic 10: Parallel Numerical Algorithms > 740-750
Lecture Notes in Computer Science > Discrete Geometry for Computer Imagery > Discrete Shape Representation, Recognition and Analysis > 358-369
Lecture Notes in Computer Science > Discrete Geometry for Computer Imagery > Discrete Objects and Shapes > 31-40
Lecture Notes in Computer Science > Discrete Geometry for Computer Imagery > Discrete Shape Representation, Recognition and Analysis > 46-56