Jun 30, 2009 · In this paper, we study the construction of compactly supported orthogonal and biorthogonal radic3-refinement wavelets. In particular, we ...
In this paper we study the construction of compactly supported orthogonal and biorthogonal p 3-refinement wavelets. In particular, we present a block structure ...
This paper studies the construction of compactly supported orthogonal and biorthogonal radic3-refinement wavelets and studies the sixfold axial symmetry of ...
Orthogonal and Biorthogonal. √. 3-refinement. Wavelets for Hexagonal Data Processing. Qingtang Jiang ... For images/data sampled on a hexagonal lattice, each node.
Missing: ROOT | Show results with:ROOT
The refinements of the hexagonal lattice allow the mul- tiresolution (multiscale) analysis method to be used to process hexagonally sampled data. The dyadic (4- ...
Missing: ROOT | Show results with:ROOT
In this paper, we study the construction of compactly supported orthogonal and biorthogonal √3-refinement wavelets. In particular, we present a block structure ...
For images/data sampled on a hexagonal lattice, each node on the hexagonal lattice represents a hexagonal cell with that node as its center. A node b and the ...
Missing: ROOT | Show results with:ROOT
Orthogonal and biorthogonal √3-refinement wavelets for hexagonal data processing. The hexagonal lattice was proposed as an alternative method for image ...
Orthogonal and biorthogonal SQUARE ROOT 3-refinement wavelets for hexagonal data processing. IEEE Trans. Signal Process. 57(11): 4304-4313 (2009); 2008. [j18].
Orthogonal and biorthogonal SQUARE ROOT 3-refinement wavelets for hexagonal data processing · pdf icon · hmtl icon · Qingtang Jiang. Published: 31 Dec 2008, ...