Search Results - "Debunne, Gilles"

Can Population-Level Laterality Stem from Social Pressures? Evidence from Cheek Kissing in Humans by Chapelain, Amandine, Pimbert, Pauline, Aube, Lydiane, Perrocheau, Océane, Debunne, Gilles, Bellido, Alain, Blois-Heulin, Catherine

“…Despite extensive research, the origins and functions of behavioural laterality remain largely unclear. One of the most striking unresolved issues is the fact…”
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Correction: Can Population-Level Laterality Stem from Social Pressures? Evidence from Cheek Kissing in Humans by Chapelain, Amandine, Pimbert, Pauline, Aube, Lydiane, Perrocheau, Océane, Barbu, Stéphanie, Debunne, Gilles, Bellido, Alain, Blois-Heulin, Catherine

“…[This corrects the article DOI: 10.1371/journal.pone.0124477.]…”
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Interactive animation of cloth-like objects in virtual reality by Meyer, Mark, Debunne, Gilles, Desbrun, Mathieu, Barr, Alan H.

“…Modeling and animation of cloth have experienced important developments in recent years. As a consequence, complex textile models can be used to realistically…”
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Correction: Can Population-Level Laterality Stem from Social Pressures? Evidence from Cheek Kissing in Humans: e0148456 by Chapelain, Amandine, Pimbert, Pauline, Aube, Lydiane, Perrocheau, Oceane, Barbu, Stephanie, Debunne, Gilles, Bellido, Alain, Blois-Heulin, Catherine

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Computer animation of human walking: a survey by Multon, Franck, France, Laure, Cani-Gascuel, Marie-Paule, Debunne, Giles

“…This paper surveys the set of techniques developed in computer graphics for animating human walking. First we focus on the evolution from purely kinematic…”
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Interactive Animation of Cloth-like Objects in Virtual Reality by Meyer, Mark, Debunne, Gilles, Desbrun, Mathieu, Barr, Alan H.

“…Modeling and animation of cloth has experienced impor-tant developments in recent years. As a consequence, com-plex textile models can be used to realistically…”
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Adaptive simulation of soft bodies in real-time by Debunne, G., Desbrun, M., Cani, M.-P., Barr, A.

“…This paper presents an adaptive technique to animate deformable bodies in real-time. Our method relies on mixed finite-volume/finite-element method applied to…”
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