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Multiresolution Analysis Based on Coalescence Hidden-Variable Fractal Interpolation Functions

机译:基于合并隐变量分形插值函数的多分辨率分析

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Multiresolution analysis arising from Coalescence Hidden-variable Fractal Interpolation Functions (CHFIFs) is developed. The availability of a larger set of free variables and constrained variables with CHFIF in multiresolution analysis based on CHFIFs provides more control in reconstruction of functions inL2(R)than that provided by multiresolution analysis based only on Affine Fractal Interpolation Functions (AFIFs). Our approach consists of introduction of the vector space of CHFIFs, determination of its dimension and construction of Riesz bases of vector subspacesVk, k∈Z, consisting of certain CHFIFs inL2(R)∩C0(R).
机译:开展了由合并隐变量分形插值函数(CHFIF)引起的多分辨率分析。与基于仅基于仿射分形插值函数(AFIF)的多分辨率分析相比,基于CHFIF的多分辨率分析中具有CHFIF的较大的自由变量和约束变量集的可用性提供了更多的L2(R)函数重构控制。我们的方法包括引入CHFIF的向量空间,确定其维数以及构造向量子空间Vk,k∈Z的Riesz基,该子空间由L2(R)∩C0(R)中的某些CHFIF组成。

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