首页> 外文会议>Computational Intelligence in Virtual Environments, 2009. CIVE '09 >Selective elasticity data acquisition on 3D deformable objects for virtualized reality applications
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Selective elasticity data acquisition on 3D deformable objects for virtualized reality applications

机译:用于虚拟现实应用的3D变形对象的选择性弹性数据采集

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This paper proposes the use of self-organizing architectures, particularly the growing neural gas, for the purpose of automatically guiding elasticity data acquisition based on a sparse vision and elasticity point-cloud of a 3D object. The proposed solution allows for the identification of regions where changes in the elastic behavior of the object occur. Additional data can then be collected in these areas in order to better characterize the elastic characteristics of a certain object. Experimental results for different non-homogeneous objects are presented in order to validate the proposed solution.
机译:本文提出使用自组织架构,尤其是不断增长的神经气体,以基于3D对象的稀疏视觉和弹性点云自动引导弹性数据采集的目的。所提出的解决方案允许识别物体的弹性行为发生变化的区域。然后可以在这些区域中收集其他数据,以便更好地表征某个物体的弹性特征。提出了针对不同非均匀物体的实验结果,以验证所提出的解决方案。

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