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Reparameterising 3D Statistical Shape Models

机译:Reparameterising 3D统计形状模型

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摘要

3D statistical shape models are widely used in modelling 3D shapes such as human faces and bodies. The limitation of such model is that, once built, the model can only represent 3D shape instances of a fixed mesh topology. While some applications may require a shape model of a different mesh topology, the model building pipeline has to be repeated with the new template, which could be time and computational resource consuming. In other cases only the statistical model is available and access to the original data is not possible. In this paper, we present a method to reparameterise a given 3D statistical shape model to any topology without using any training data. We also show that the reparameterised model achieves comparable performance as the original model.
机译:3D统计形状模型广泛用于建模3D形状,如人面和体。这种模型的限制是,一旦构建,该模型只能代表固定网状拓扑的3D形状。虽然某些应用可能需要不同网格拓扑的形状模型,但是必须使用新模板重复模型构建管道,这可能是时间和计算资源。在其他情况下,只有统计模型可用并无法访问原始数据。在本文中,我们介绍了一种在不使用任何训练数据的情况下将给定3D统计形状模型重新处理给定3D统计形状模型的方法。我们还表明,Reparameterised模型实现了与原始模型相当的性能。

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