The fractional complex transform is employed to convert fractional differential equations
analytically in the sense of the Srivastava-Owa fractional operator and its generalization in …

Image manipulation has become widely accessible to the masses over the past years due to
the sophisticated image editing tools which are readily-available and easy to use. As a …

Texture enhancement for medical images is the most important technique in medical image
diagnosis. This paper introduces a texture enhancement technique for medical images by …

We present a new way of constructing a fractional-based convolution mask with an
application to image edge analysis. The mask was constructed based on the Riemann …

Fractional calculus of complex order in complex domain has emerged as a brand-new area
of study. Over the past few years, fractional boundary value problems (FBVP) in real …

Image splicing is a common operation in image forgery. Different techniques of image
splicing detection have been utilized to regain people's trust. This study introduces a texture …

Texture enhancement for digital images is the most important technique in image
processing. The purpose of this paper is to design a texture enhancement technique using …

We discuss univalent solutions of boundary fractional differential equations in a complex
domain. The fractional operators are taken in the sense of the Srivastava-Owa calculus in …

In this paper, a novel digital image denoising algorithm called generalized fractional integral
filter is introduced based on the generalized Srivastava‐Owa fractional integral operator …

Fractional calculus has a number of applications in the field of science, specially in
mathematics. In this paper, we discuss some applications of fractional differential operators …