自适应高斯滤波方法

S. Ueng, Hai-Peng Cheng, Ruey-Yuan Lu
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引用次数: 3

摘要

提出了一种体积数据的自适应滤波方法。在这种过滤方法中,输入数据集被重新采样以创建多级数据集的层次结构。在数据金字塔的每一层执行数据分类任务,以确定局部结构类型。基于梯度和Hessian矩阵的特征值,数据体素被分类为线性、平面或斑点结构。分类结果用于调整滤波器的形状和方向,从而在保留关键特征的同时抑制噪声。
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An Adaptive Gauss Filtering Method
An adaptive filtering method for volume data is presented in this paper. In this filtering method, the input data set is re-sampled to create a hierarchy of multiple-level data sets. A data classification task is performed at each level of the data pyramid to decide the local structure types. Data voxels are classified as linear, planar, or blob structures, based on the gradients and the eigenvalues of Hessian matrices. The classification results are used to adjust the shapes and orientations of filters such that noises are suppressed while key features are preserved.
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