Please use this identifier to cite or link to this item: https://doi.org/10.1023/A:1021318804341
Title: Compactly supported tight affine frames with integer dilations and maximum vanishing moments
Authors: Chui, C.K.
He, W.
Stöckler, J.
Sun, Q. 
Keywords: Compactly supported
Integer dilations
Tight affine frame
Vanishing moments
Issue Date: Feb-2003
Citation: Chui, C.K., He, W., Stöckler, J., Sun, Q. (2003-02). Compactly supported tight affine frames with integer dilations and maximum vanishing moments. Advances in Computational Mathematics 18 (2-4) : 159-187. ScholarBank@NUS Repository. https://doi.org/10.1023/A:1021318804341
Abstract: When a cardinal B-spline of order greater than 1 is used as the scaling function to generate a multiresolution approximation of L2 = L 2(ℝ) with dilation integer factor M ≥ 2, the standard "matrix extension" approach for constructing compactly supported tight frames has the limitation that at least one of the tight frame generators does not annihilate any polynomial except the constant. The notion of vanishing moment recovery (VMR) was introduced in our earlier work (and independently by Daubechies et al.) for dilation M = 2 to increase the order of vanishing moments. This present paper extends the tight frame results in the above mentioned papers from dilation M = 2 to arbitrary integer M ≥ 2 for any compactly supported M-dilation scaling functions. It is shown, in particular, that M compactly supported tight frame generators suffice, but not M - 1 in general. A complete characterization of the M-dilation polynomial symbol is derived for the existence of M - 1 such frame generators. Linear spline examples are given for M = 3, 4 to demonstrate our constructive approach.
Source Title: Advances in Computational Mathematics
URI: http://scholarbank.nus.edu.sg/handle/10635/103009
ISSN: 10197168
DOI: 10.1023/A:1021318804341
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