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Weighted Neighborhood Sequences in Non-standard Three-Dimensional Grids - Parameter Optimization

机译:非标准三维网格中的加权邻域序列 - 参数优化

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Recently, a distance function was defined on the face-centered cubic and body-centered cubic grids by combining weights and neighborhood sequences. These distances share many properties with traditional path-based distance functions, such as the city-block distance, but are less rotational dependent. We introduce four different error functions which are used to find the optimal weights and neighborhood sequences that can be used to define the distance functions with low rotational dependency.
机译:最近,通过组合权重和邻域序列,在面对面的立方体和身体中心的立方网格上定义了距离功能。这些距离与传统的基于路径的距离函数(例如城市块距离)共享许多属性,但依赖于旋转距离。我们介绍了四种不同的错误功能,用于找到可用于定义具有低旋转依赖性的距离函数的最佳权重和邻域序列。

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