The non – sinusoidal transforms with orthogonal functions consists of Hadamard, Walsh, and Haar function. These non– sinusoidal orthogonal functions consists of either square or rectangular waves. The basis function of this transforms are not sinusoidal. A next level of advancement to the theory of transforms is given by the triangular basis function. The triangular basis function and its use in image transform is discussed in the paper and also the orthogonal matrix for the basis function is discussed for transform. General Terms Algorithm for Image transform based on triangular wave, dat
The Discrete Tchebichef Transform (DTT) which based on discrete orthogonal Tchebichef polynomials ca...
Conventional image compression techniques usually involve use of a single transform in conjunction w...
A three-dimensional (3-D) Fourier transform (FT) of a linear function with triangular support is der...
The generalization of the discrete orthogonal transforms with the basis functions generated in a pse...
In this paper, we analyse the image reconstruction accuracy when using different orthogonal basis fu...
A useful technique is presented to compactly represent multidimensional signals employing two or mor...
In the paper, orthogonal transforms based on proposed symmetric, orthogonal matrices are created. Th...
The orthogonal discrete transform has been used in anlyzing and transforming image by Walsh, Rademac...
Abstract—In this paper, a new nonunitary transform called the prediction-based lower triangular tran...
A brief description of the novel two dimensional discrete orthogonal transform based on rotation ang...
AbstractThis paper concerns triangular function analysis including triangular function series and tr...
Region Oriented Transform Coding (ROTC) is a new and promising image data compression method. This t...
Based on the generalized discrete Fourier transform, the generalized orthogonal discrete W transform...
Discrete orthogonal functions are important tools in digital signal processing. These functions rece...
This paper treats of compression of digital video signals and the main aim is to probe the possibili...
The Discrete Tchebichef Transform (DTT) which based on discrete orthogonal Tchebichef polynomials ca...
Conventional image compression techniques usually involve use of a single transform in conjunction w...
A three-dimensional (3-D) Fourier transform (FT) of a linear function with triangular support is der...
The generalization of the discrete orthogonal transforms with the basis functions generated in a pse...
In this paper, we analyse the image reconstruction accuracy when using different orthogonal basis fu...
A useful technique is presented to compactly represent multidimensional signals employing two or mor...
In the paper, orthogonal transforms based on proposed symmetric, orthogonal matrices are created. Th...
The orthogonal discrete transform has been used in anlyzing and transforming image by Walsh, Rademac...
Abstract—In this paper, a new nonunitary transform called the prediction-based lower triangular tran...
A brief description of the novel two dimensional discrete orthogonal transform based on rotation ang...
AbstractThis paper concerns triangular function analysis including triangular function series and tr...
Region Oriented Transform Coding (ROTC) is a new and promising image data compression method. This t...
Based on the generalized discrete Fourier transform, the generalized orthogonal discrete W transform...
Discrete orthogonal functions are important tools in digital signal processing. These functions rece...
This paper treats of compression of digital video signals and the main aim is to probe the possibili...
The Discrete Tchebichef Transform (DTT) which based on discrete orthogonal Tchebichef polynomials ca...
Conventional image compression techniques usually involve use of a single transform in conjunction w...
A three-dimensional (3-D) Fourier transform (FT) of a linear function with triangular support is der...