Docking de protéines en réalité virtuelle. Une approche hybride et multimodale

Férey, Nicolas; Bouyer, Guillaume; Martin, Christine; Drif, Abdelhamid; Bourdot, Patrick; Ammi, Mehdi; Nelson, Julien; Burkhart, Jean-Marie; Autin, Ludovic

doi:10.3166/tsi.28.983-1015

Cited by 1 publication

(1 citation statement)

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“…For instance, during docking simulations, biologists need to identify molecular conformations corresponding to the maximum score by testing several assembly configurations. This task requires several back and forth between relevant configurations, to compare corresponding scores, which can be constrained by the complexity of the manipulated molecular structure and the different of psychochemical features to consider [12]. To improve this procedure, we propose to register one value (value 1) with the audio feedback and to enable the perception of the second value (value 2) with haptic feedback.…”

Section: Introductionmentioning

confidence: 98%

Design of haptic stimuli for audio-haptic concurrent coupling

Ammi

Katz

2011

2011 IEEE International Workshop on Haptic Audio Visual Environments and Games

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Existing audio-haptic coupling strategies mainly enable the display of information with complementary features. For example, the rendering of spatial and local features of targets in 3D space. This paper presents the design of haptic stimuli for a new audio-haptic coupling strategy that utilizes the concurrent use of the two modal channels. This coupling strategy should assist in the intermodal comparison of values simultaneously presented on the audio and haptic channels. The proposed haptic signal includes a tempo parameter which can be shared, under some conditions, with the audio channel. This paper presents a detailed experimental study to design haptic stimuli according to the audio-haptic coupling strategy specifications. This study is presented in the context of an ongoing project concerning the exploitation of this parametric haptic signal for the comparison of values during a search task.

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Section: Introductionmentioning

confidence: 98%