Abstract The multi-dimensional Special Affine Fourier transform (MSAFT) is an intriguing new addition to the integral transform class, which generalizes several popular unitary …
MY Bhat, AH Dar - The Journal of Analysis, 2023 - Springer
In this paper, we introduce quaternion offset linear canonical transform of integrable and square integrable functions. Moreover, we show that the proposed transform satisfies all the …
MY Bhat, AH Dar - arXiv preprint arXiv:2011.08339, 2020 - arxiv.org
A multiresolution analysis associated with linear canonical transform was defined by Shah and Waseem for which the translation set is a discrete set which is not a group. In this paper …
MY Bhat, AH Dar - International Journal of Nonlinear Analysis …, 2022 - ijnaa.semnan.ac.ir
The linear canonical transform (LCT) provides a unified treatment of the generalized Fourier transforms in the sense that it is an embodiment of several well-known integral transforms …
MY Bhat, AH Dar - arXiv preprint arXiv:2204.07048, 2022 - arxiv.org
The free metaplectic transformation (FMT) has gained much popularity in recent times because of its various application in signal processing, paraxial optical systems, digital …
A constructive algorithm based on the theory of spectral pairs for constructing nonuniform wavelet basis in L2 (R) was considered by Gabardo and Nashed. In this setting, the …
The purpose of this paper is to present new classes of function systems as part of multiresolution analyses. Our approach is representation theoretic, and it makes use of …
AH Dar, M Zayed, MY Bhat - AIMS MATHEMATICS, 2023 - aimspress.com
The free metaplectic transformation (FMT) has gained much popularity in recent times because of its various applications in signal processing, paraxial optical systems, digital …
AH Dar, MY Bhat - Mathematical Methods in the Applied Sciences - Wiley Online Library
The free metaplectic transformation (FMT) is an nn‐dimensional linear canonical transform. This transform is much useful, especially in multidimensional signal processing and …