Validation of an algorithm for segmentation of full-body movement sequences by perception: a pilot experiment

Glowinski, Donald; Camurri, Antonio; Chiorri, Carlo; Mazzarino, Barbara; Volpe, Gualtiero

doi:10.1007/978-3-540-92865-2_26

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This paper presents a pilot experiment for the perceptual validation by human subjects of a motion segmentation algorithm, i.e., an algorithm for automatically segmenting a motion sequence (e.g., a dance fragment) into a collection of pause and motion phases. Perceptual validation of motion and gesture analysis algorithms is an important issue in the development of multimodal interactive systems where human full-body movement and expressive gesture are a major input channel. The discussed experiment is part of a broader research at DIST-InfoMus Lab aiming at investigating the non-verbal mechanisms of communication involving human movement and gesture as primary conveyors of expressive emotional content.

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Titolo:	Validation of an algorithm for segmentation of full-body movement sequences by perception: a pilot experiment
Autori:	GLOWINSKI, DONALD CAMURRI, ANTONIO CHIORRI, CARLO MAZZARINO, BARBARA VOLPE, GUALTIERO
Data di pubblicazione:	2009
Abstract:	This paper presents a pilot experiment for the perceptual validation by human subjects of a motion segmentation algorithm, i.e., an algorithm for automatically segmenting a motion sequence (e.g., a dance fragment) into a collection of pause and motion phases. Perceptual validation of motion and gesture analysis algorithms is an important issue in the development of multimodal interactive systems where human full-body movement and expressive gesture are a major input channel. The discussed experiment is part of a broader research at DIST-InfoMus Lab aiming at investigating the non-verbal mechanisms of communication involving human movement and gesture as primary conveyors of expressive emotional content.
Handle:	http://hdl.handle.net/11567/252292
Appare nelle tipologie:	04.01 - Contributo in atti di convegno

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