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”Haptic Processor Unit” : vers une Plate-Forme Transportable pour la Simulation Temps-Réel Synchrone Multisensorielle

Abstract : This work is related to the field of Human-Computer Interaction, and particularly to the field of multisensory instrumental simulation, as conceptualized by the research group ACROE & ICA, and which needs a strong coupling between the human and the instrument. The first part of this thesis presents various degrees of the integration of gesture in computer uses, then develops a functional approach of force feedback technologies. This analysis elicits the mainstreams that are currently sharing the field of haptics research. We then present a study of the hardware and software components that are used in haptic simulation, and the various approaches used to connect a force feedback device to a real time modelling system. The analysis of the role of each of the components in the simulation chain and their relationships allowed us to conceptualize the “Haptic Processor Unit”. This component guarantees in particular the conditions of reactivity that are required for multisensory simulation. The new simulation architecture that we designed in this work, named ERGON_X, implements the concept of HPU. ERGON_X is a compact and transportable simulator, and handles simulation frequencies up to 44 100Hz. The third part presents the validation of the simulation platform ERGON_X. It mainly focuses on the design of new models, which were used in the framework of the research carried on by ACROE & ICA about instrumental interaction. The “E” is a model demonstrating the capabilities of the ERGOS technology, which is now fully exploitable thanks to this new simulation architecture. The models of tapping and of deformable paste allowed us to bring new results on human-object interaction, and validate the simulator as a tool for psychophysical experimentation. The Enactive Emblematic Scenarii “Ergotic Sounds” and “Pebble Box” illustrate the conception of Enaction. They validate the use of our simulation architecture as an experimental platform and lead us to a paradigm shift from “instrumental interaction” to “enactive interaction”
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Contributor : Damien Couroussé Connect in order to contact the contributor
Submitted on : Wednesday, December 16, 2015 - 4:59:45 PM
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  • HAL Id : tel-01245110, version 1



Damien Couroussé. ”Haptic Processor Unit” : vers une Plate-Forme Transportable pour la Simulation Temps-Réel Synchrone Multisensorielle. Informatique [cs]. Institut National Polytechnique de Grenoble, 2008. Français. ⟨tel-01245110⟩



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