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3D shapes modeling which has hierarchical structure based on B-spline surfaces with non-uniform knots

机译:基于具有不均匀结的B样条曲面的具有分层结构的3D形状建模

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A method for 3D shapes modeling which has hierarchical structure is proposed. For representing 3D surface shapes, 4th order non-uniform rational B-spline functions with controllable knots are employed as the surface model. Consequently, a multiresolution representation technique based on multiresolution wavelet transform can be implemented with the corresponding B-wavelets. The surface models at each resolution level are obtained by performing a decomposition algorithm, after the surface model at the highest level is estimated. In order to estimate the surface model as accurately as possible, a regularization problem is solved by an iterative algorithm. Through several experiments using real data of range images, the effectiveness of the proposed method was confirmed.
机译:提出了一种具有分层结构的3D形状建模方法。对于表示3D表面形状,使用具有可控结的第4阶非均匀RationAtte B样函数作为表面模型。因此,基于多分辨率小波变换的多分辨率表示技术可以用相应的B字母实现。通过执行分解算法,在估计最高级别的表面模型之后,通过执行分解算法获得每个分辨率水平的表面模型。为了尽可能准确地估计表面模型,通过迭代算法解决了正则化问题。通过使用范围图像的真实数据的几个实验,确认了所提出的方法的有效性。

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