Abstract One class of singular integral equations of convolution type with Hilbert kernel is studied in the space L 2 [ − π , π ] $L^{2}[-\pi, \pi]$ in the article. Such equations can be changed into either a system of discrete equations or a discrete jump problem depending on some parameter via the discrete Laurent transform. We can thus solve the equations with an explicit representation of solutions under certain conditions
For the Hilbert transform f̃(x) = 1 pi R f(t) x − tdt a new proof of the convolution formula is give...
In the class of distributions of slow (moderate) growth we consider a class of equations with operat...
In the class of distributions of slow (moderate) growth we consider a class of equations with operat...
We study singular integral equations of convolution type with cosecant kernels and periodic coeffici...
Abstract In this paper, we study methods of solution for some kinds of convolution type singular int...
Abstract In this article, we study some classes of singular integral equations of convolution type w...
AbstractA simple and efficient method for solving Hilbert type singular integral equations of the se...
The analytical solution of two singular integral equations with Hilbert kernel of thefirst and secon...
The analytical solution of two singular integral equations with Hilbert kernel of thefirst and secon...
AbstractA method is proposed to solve various linear and nonlinear integral equations with a Cauchy ...
This book focuses on solving integral equations with difference kernels on finite intervals. The cor...
The theory of one-dimensional singular integral equations with Cauchy type kernels has been used to ...
Abstract. In this paper, a reproducing kernel method is proposed to per-form the analysis of differe...
AbstractThe convergence and stability of a discrete collocation method for Cauchy singular integral ...
In this thesis, we will be examining different classes of discrete and integral transforms. We start...
For the Hilbert transform f̃(x) = 1 pi R f(t) x − tdt a new proof of the convolution formula is give...
In the class of distributions of slow (moderate) growth we consider a class of equations with operat...
In the class of distributions of slow (moderate) growth we consider a class of equations with operat...
We study singular integral equations of convolution type with cosecant kernels and periodic coeffici...
Abstract In this paper, we study methods of solution for some kinds of convolution type singular int...
Abstract In this article, we study some classes of singular integral equations of convolution type w...
AbstractA simple and efficient method for solving Hilbert type singular integral equations of the se...
The analytical solution of two singular integral equations with Hilbert kernel of thefirst and secon...
The analytical solution of two singular integral equations with Hilbert kernel of thefirst and secon...
AbstractA method is proposed to solve various linear and nonlinear integral equations with a Cauchy ...
This book focuses on solving integral equations with difference kernels on finite intervals. The cor...
The theory of one-dimensional singular integral equations with Cauchy type kernels has been used to ...
Abstract. In this paper, a reproducing kernel method is proposed to per-form the analysis of differe...
AbstractThe convergence and stability of a discrete collocation method for Cauchy singular integral ...
In this thesis, we will be examining different classes of discrete and integral transforms. We start...
For the Hilbert transform f̃(x) = 1 pi R f(t) x − tdt a new proof of the convolution formula is give...
In the class of distributions of slow (moderate) growth we consider a class of equations with operat...
In the class of distributions of slow (moderate) growth we consider a class of equations with operat...