AbstractWe characterize Riesz frames and prove that every Riesz frame is the union of a finite number of Riesz sequences. Furthermore, it is shown that for piecewise continuous wavelets with compact support, the associated regular wavelet systems can be decomposed into a finite number of linearly independent sets. Finally, for finite sets an equivalent condition for decomposition into a given number of linearly independent sets is presented
AbstractA general approach based on polyphase splines, with analysis in the frequency domain, is dev...
Abstract. We introduce new ideas to treat the problem of connectiv-ity of wavelets. We develop a met...
We construct locally supported, continuous wavelets on manifolds that are given as the closure of a...
AbstractWe characterize Riesz frames and prove that every Riesz frame is the union of a finite numbe...
Abstract. The Feichtinger conjecture is considered for three special families of frames. It is shown...
Multiresolution structures are important in applications, but they are also useful for analyzing pro...
Frames consisting of translates of a single function play an important role in sampling theory as we...
In this paper, we discuss the characterization of frame wavelet sets. We extend some results obtaine...
A wavelet frame is called decomposable whenever it is equivalent to a super-wavelet frame of length ...
A wavelet frame is called decomposable whenever it is equivalent to a superwavelet frame of length g...
A wavelet frame is called decomposable whenever it is equivalent to a superwavelet frame of length g...
A wavelet frame is called decomposable whenever it is equivalent to a super-wavelet frame of length ...
AbstractWe investigate Riesz bases of wavelets generated from multiresolution analysis. This investi...
We use the freedom in frame multiresolution analysis to construct tight wavelet frames (even in the ...
In this paper, we try to answer an open question raised by Han and Larson, which asks about the char...
AbstractA general approach based on polyphase splines, with analysis in the frequency domain, is dev...
Abstract. We introduce new ideas to treat the problem of connectiv-ity of wavelets. We develop a met...
We construct locally supported, continuous wavelets on manifolds that are given as the closure of a...
AbstractWe characterize Riesz frames and prove that every Riesz frame is the union of a finite numbe...
Abstract. The Feichtinger conjecture is considered for three special families of frames. It is shown...
Multiresolution structures are important in applications, but they are also useful for analyzing pro...
Frames consisting of translates of a single function play an important role in sampling theory as we...
In this paper, we discuss the characterization of frame wavelet sets. We extend some results obtaine...
A wavelet frame is called decomposable whenever it is equivalent to a super-wavelet frame of length ...
A wavelet frame is called decomposable whenever it is equivalent to a superwavelet frame of length g...
A wavelet frame is called decomposable whenever it is equivalent to a superwavelet frame of length g...
A wavelet frame is called decomposable whenever it is equivalent to a super-wavelet frame of length ...
AbstractWe investigate Riesz bases of wavelets generated from multiresolution analysis. This investi...
We use the freedom in frame multiresolution analysis to construct tight wavelet frames (even in the ...
In this paper, we try to answer an open question raised by Han and Larson, which asks about the char...
AbstractA general approach based on polyphase splines, with analysis in the frequency domain, is dev...
Abstract. We introduce new ideas to treat the problem of connectiv-ity of wavelets. We develop a met...
We construct locally supported, continuous wavelets on manifolds that are given as the closure of a...