Skeleton-aware size variations in digital mannequins

Article Article scientifique Article Skeleton-aware size variations in digital mannequins eng 2011 author Kasap Mustafa 637041 author Magnenat Thalmann Nadia 24684 263-274 10.1007/s00371-011-0547-1 0178-2789 http://link.springer.com/10.1007/s00371-011-0547-1 The general trend in character modeling is toward the personalization of models with higher levels of visual realism. This becomes possible with the development of commodity computation resources that are capable of processing massive data in parallel across multiple processors. On the other hand, there is always a trade-off between the quantity of the model features that are simulated and the plausibility of the visual realism because of the limited computation resources. Also, to keep the resources' to be used efficiently within the other modeling approaches such as skin reflectance, aging, animation, etc., one must consider the efficiency of the method being used in the simulation. In this paper, we present an efficient method to customize the size of a human body model to personalize it with industry standard parameters. One of the major contributions of this method is that it is possible to generate a range of different size body models by using anthropometry surveys. This process is not limited by data-driven mesh deformation but also adapts the skeleton and motion to keep the consistency between different body layers. Dewey 025.063 Open Access - Licence nationale Springer 13 Centre universitaire d'informatique 0D3 32 Département d'informatique 18 false 899 MIRALab Visual Computer 27 4 ac8eec02-2099-4efe-809a-8e8f646d9834 Article (Published version) Public Kasap-Magnenat-Thalmann2011_Article_Skeleton-awareSizeVariationsIn.pdf 1771098 application/pdf openAccess Centres et instituts / Centre universitaire d'informatique Faculté des sciences / Département d'informatique

Title	Published in	Access level	OA Policy	Year	Views	Downloads

Skeleton-aware size variations in digital mannequins	Visual Computer			2011	460	501

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Kasap, Mustafa