In this lecture, we introduce the concept of difference potentials with the density from the space of discontinuities or jumps, which extends and generalizes the previous constructions of difference potentials; this new concept is sufficiently universal and at the same time simple. The apparatus of difference potentials constitutes the foundation of the difference potentials method (DPM). Before considering the actual constructions of difference potentials, we discuss some new opportunities that the DPM provides for computations. This brief introductory discussion (as well as the main part of the lecture itself) has a goal of drawing the attention of the scientific computing research community to the DPM and its applications. Although the c...
A recently proposed variation principle [N. I. Gidopoulos, Phys. Rev. A 83, 040502(R) (2011)] for th...
Abstract: In this preprint we investigate connection between boundary problems for general...
AbstractA pair of novel jump-relations for the surface-gradients of the double-layer potential are p...
Abstract: The concise look at the Difference Potentials Method and at the causes of new po...
Abstract: General systems of linear difference equations on abstract grids are under consi...
Abstract: In this paper we elaborate some aspects of modified Calderon's potentials theory...
Abstract: The difference potentials analogous to classic Cauchy integrals were supposed in...
Abstract: An algorithm of computing solution of difference analogue of problem for the Lap...
For a class of linear constant-coefficient finite-difference operators of the second order, we intro...
Abstract: We propose a variant of difference potentials construction for general systems o...
For a class of linear constant-coefficient finite-difference operators of the second order, we intro...
Potential Theory presents a clear path from calculus to classical potential theory and beyond, with ...
One of the rapidly developing branches of modern mathematics is the the ory of difference schemes fo...
Within the tradition of meetings devoted to potential theory, a conference on potential theory took ...
The potential theory comes from mathematical physics, in particular, from electro-static and gravita...
A recently proposed variation principle [N. I. Gidopoulos, Phys. Rev. A 83, 040502(R) (2011)] for th...
Abstract: In this preprint we investigate connection between boundary problems for general...
AbstractA pair of novel jump-relations for the surface-gradients of the double-layer potential are p...
Abstract: The concise look at the Difference Potentials Method and at the causes of new po...
Abstract: General systems of linear difference equations on abstract grids are under consi...
Abstract: In this paper we elaborate some aspects of modified Calderon's potentials theory...
Abstract: The difference potentials analogous to classic Cauchy integrals were supposed in...
Abstract: An algorithm of computing solution of difference analogue of problem for the Lap...
For a class of linear constant-coefficient finite-difference operators of the second order, we intro...
Abstract: We propose a variant of difference potentials construction for general systems o...
For a class of linear constant-coefficient finite-difference operators of the second order, we intro...
Potential Theory presents a clear path from calculus to classical potential theory and beyond, with ...
One of the rapidly developing branches of modern mathematics is the the ory of difference schemes fo...
Within the tradition of meetings devoted to potential theory, a conference on potential theory took ...
The potential theory comes from mathematical physics, in particular, from electro-static and gravita...
A recently proposed variation principle [N. I. Gidopoulos, Phys. Rev. A 83, 040502(R) (2011)] for th...
Abstract: In this preprint we investigate connection between boundary problems for general...
AbstractA pair of novel jump-relations for the surface-gradients of the double-layer potential are p...