International audienceA new set, to our knowledge, of orthogonal moment functions for describing images is proposed. It is based on the generalized pseudo-Zernike polynomials that are orthogonal on the unit circle. The generalized pseudo-Zernike polynomials are scaled to ensure numerical stability, and some properties are discussed. The performance of the proposed moments is analyzed in terms of image reconstruction capability and invariant character recognition accuracy. Experimental results demonstrate the superiority of generalized pseudo-Zernike moments compared with pseudo-Zernike and Chebyshev-Fourier moments in both noise-free and noisy conditions
International audienceThe derivation of moment invariants has been extensively investigated in the p...
Aims/ objectives: To demontrate effectiveness of Zernike Moments for Image Classification. Zernike m...
This paper introduces a new set of moment functions based on Chebyshev polynomials which are orthogo...
International audienceA new set, to our knowledge, of orthogonal moment functions for describing ima...
Pseudo-Zernike moments have better feature representation capabilities and are more robust to image ...
Zernike moments are complex moments with the orthogonal Zernike polynomials as kernel function, comp...
Several pattern recognition applications use orthogonal moments to capture independent shape charac...
Abstract − Several pattern recognition applications use orthogonal moments to capture independent sh...
A multi-distorted invariant orthogonal moments, Jacobi-Fourier Moments (JFM), were proposed. The int...
Although Zernike and pseudo-Zernike moments have some advanced properties, the computation process i...
Image feature representation techniques using orthogonal moment functions have been used in many app...
This study proposes a new set of moment functions for describing gray-level and color images based o...
Existing works on orthogonal moments are mainly focused on optimizing classical orthogonal Cartesian...
This paper presents a novel approach to the fast computation of Zernike moments from a digital image...
Pseudo Zernike Moments (PZMs) are very popular moments among the family of orthogonal radial moments...
International audienceThe derivation of moment invariants has been extensively investigated in the p...
Aims/ objectives: To demontrate effectiveness of Zernike Moments for Image Classification. Zernike m...
This paper introduces a new set of moment functions based on Chebyshev polynomials which are orthogo...
International audienceA new set, to our knowledge, of orthogonal moment functions for describing ima...
Pseudo-Zernike moments have better feature representation capabilities and are more robust to image ...
Zernike moments are complex moments with the orthogonal Zernike polynomials as kernel function, comp...
Several pattern recognition applications use orthogonal moments to capture independent shape charac...
Abstract − Several pattern recognition applications use orthogonal moments to capture independent sh...
A multi-distorted invariant orthogonal moments, Jacobi-Fourier Moments (JFM), were proposed. The int...
Although Zernike and pseudo-Zernike moments have some advanced properties, the computation process i...
Image feature representation techniques using orthogonal moment functions have been used in many app...
This study proposes a new set of moment functions for describing gray-level and color images based o...
Existing works on orthogonal moments are mainly focused on optimizing classical orthogonal Cartesian...
This paper presents a novel approach to the fast computation of Zernike moments from a digital image...
Pseudo Zernike Moments (PZMs) are very popular moments among the family of orthogonal radial moments...
International audienceThe derivation of moment invariants has been extensively investigated in the p...
Aims/ objectives: To demontrate effectiveness of Zernike Moments for Image Classification. Zernike m...
This paper introduces a new set of moment functions based on Chebyshev polynomials which are orthogo...