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Balanced biorthogonal scaling vectors using fractal function macroelements on [0,1]

机译:[0,1]上使用分形函数宏元素的平衡双正交标度向量

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Geronimo, Hardin et al. have previously constructed orthogonal and biorthogonal scaling vectors by extending a spline scaling vector with functions supported on [0,1]. Many of these constructions occurred before the concept of balanced scaling vectors was introduced. This paper will show that adding functions on [0, 1] is insufficient for extending spline scaling vectors to scaling vectors that are both orthogonal and balanced. We are able, however, to use this technique to extend spline scaling vectors to balanced, biorthogonal scaling vectors, and we provide two large classes of this type of scaling vector, with approximation order two and three, respectively, with two specific constructions with desirable properties in each case. The constructions will use macroelements supported on [0, 1], some of which will be fractal functions.
机译:Geronimo,Hardin等。通过扩展样条缩放向量并使用[0,1]支持的函数,以前已经构造了正交和双正交缩放向量。这些构造中的许多构造是在引入平衡缩放向量的概念之前发生的。本文将显示在[0,1]上添加函数不足以将样条缩放比例矢量扩展为正交且平衡的缩放比例矢量。但是,我们能够使用此技术将样条缩放向量扩展到平衡的双正交缩放向量,并且我们提供了两类此类缩放向量,分别具有近似的阶数为2和3,并具有两个理想的特定构造在每种情况下的属性。这些构造将使用[0,1]支持的宏元素,其中一些将是分形函数。

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