Tilmanne, J., y, N. d A., Astrinaki, M., & Ravet, T. Exploration of a Stylistic Motion Space Through Realtime Synthesis. 2, 803-809. SciTePress. https://doi.org/10.5220/0004876008030809
Joelle Tilmanne Nicolas y Maria Astrinaki Thierry RavetComputer Vision Hidden Markov models Hidden Markov models Interactive exploration Motion capture Motion Style Motion capture Motion space Motion styles Proof of concept Real-time synthesis Realtime Synthesis Statistical modelling Virtual character
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Tilmanne, J., y, N. d A., Astrinaki, M., & Ravet, T. Exploration of a Stylistic Motion Space Through Realtime Synthesis. 2, 803-809. SciTePress. https://doi.org/10.5220/0004876008030809
Joelle Tilmanne Nicolas y Maria Astrinaki Thierry RavetComputer Vision Hidden Markov models Hidden Markov models Interactive exploration Motion capture Motion Style Motion capture Motion space Motion styles Proof of concept Real-time synthesis Realtime Synthesis Statistical modelling Virtual character
Ver
Manitsaris, S., Glushkova, A., Bevilacqua, F., & Moutarde, F. (2014). Capture, Modeling, and Recognition of Expert Technical Gestures in Wheel-Throwing Art of Pottery. Acm Journal On Computing And Cultural Heritage, 7. https://doi.org/10.1145/2627729 (Original work published jul)
S. Manitsaris A. Glushkova F. Bevilacqua F. MoutardeArtificial intelligence HCI Hidden Markov models Human computer interaction Human computer interfaces Inertial navigation systems Inertial sensor Inertial sensors Intangible cultural heritages Learning systems machine learning Methodological frameworks Modeling and recognition perception Real time Sensory perception Statistical modeling Wheels
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