In this paper, we discuss discrete wavelet transforms for Toeplitz matrices and block–Toep-litz–Toeplitz–block matrices. The main contribution of this paper is to give the Toeplitz-like structure of the wavelet transformed Toeplitz matrices, and show that the computational cost for such structure is O(k3ln) where n is the size of the Toeplitz matrix, k is the order of the wavelet and l is the level used in the wavelet transform. The comparison between the wavelet transformed Toeplitz matrices and the Fourier transformed Toeplitz matrices is also given
AbstractIn this paper, we improve the algorithms for the construction of the wavelet-like basis matr...
AbstractBanded Toeplitz and Hurwitz matrices are shown to be particular cases of a more general clas...
In this paper, we present several high performance variants of the classical Schur algorithm to fact...
AbstractIn this paper, we discuss discrete wavelet transforms for Toeplitz matrices and block–Toepli...
In this paper, we discuss discrete wavelet transforms for Toeplitz matrices and block-Toeplitz-Toepl...
Toeplitz type operators or Calderon-Toeplitz operators associated to the continuous wavelet transfor...
summary:Discrete wavelets are viewed as linear algebraic transforms given by banded orthogonal matri...
We study the properties of computational methods for the Wavelet Transform and its Inverse from the ...
In this chapter we present the finite discrete wavelet transform (DWT) using matrices. The main diff...
This textbook for undergraduate mathematics, science, and engineering students introduces the theory...
In this thesis we will explore the theory behind wavelets. The main focus is on the discrete wavelet...
Wavelet theory and discrete wavelet transforms have had great impact on the eld of signal and image ...
AbstractWe consider the problem of computing elements of the product  = TAST, where A is an N × N ...
Several problems in applied mathematics require the solving of linear systems with very large sizes,...
Because multiresolution analyses and wavelet bases are generated by translating and dilating scaling...
AbstractIn this paper, we improve the algorithms for the construction of the wavelet-like basis matr...
AbstractBanded Toeplitz and Hurwitz matrices are shown to be particular cases of a more general clas...
In this paper, we present several high performance variants of the classical Schur algorithm to fact...
AbstractIn this paper, we discuss discrete wavelet transforms for Toeplitz matrices and block–Toepli...
In this paper, we discuss discrete wavelet transforms for Toeplitz matrices and block-Toeplitz-Toepl...
Toeplitz type operators or Calderon-Toeplitz operators associated to the continuous wavelet transfor...
summary:Discrete wavelets are viewed as linear algebraic transforms given by banded orthogonal matri...
We study the properties of computational methods for the Wavelet Transform and its Inverse from the ...
In this chapter we present the finite discrete wavelet transform (DWT) using matrices. The main diff...
This textbook for undergraduate mathematics, science, and engineering students introduces the theory...
In this thesis we will explore the theory behind wavelets. The main focus is on the discrete wavelet...
Wavelet theory and discrete wavelet transforms have had great impact on the eld of signal and image ...
AbstractWe consider the problem of computing elements of the product  = TAST, where A is an N × N ...
Several problems in applied mathematics require the solving of linear systems with very large sizes,...
Because multiresolution analyses and wavelet bases are generated by translating and dilating scaling...
AbstractIn this paper, we improve the algorithms for the construction of the wavelet-like basis matr...
AbstractBanded Toeplitz and Hurwitz matrices are shown to be particular cases of a more general clas...
In this paper, we present several high performance variants of the classical Schur algorithm to fact...