On the Stable Difference Schemes for the Schrödinger Equation with Time Delay are presented. The theorem on
stability estimates for the solutions of these difference
schemes is established
On the stable difference scheme for the time delay telegraph equation of the difference
scheme is established. In applications,
stability estimates for the solution of difference
schemes Incomplete Iterative Implicit Schemes schemes are in common use. Their computational implementation is based on solving a discrete elliptic
A STABLE SECOND ORDER OF ACCURACY DIFFERENCE SCHEME FOR A FRACTIONAL SCHRODINGER DIFFERENTIAL EQUATION Louville sense. A
stability analysis is performed on the presented difference
scheme. Numerical results
On the stability of the telegraph equation with time delay is considered. The main theorem on
stability estimates for the solution of this problem is established. As a
Splitting schemes with respect to physical processes for double-porosity poroelasticity problems. The
stability of
schemes is achieved by switching to three-level explicit-implicit difference
scheme with some
A Note on Single-Step Difference Scheme for the Solution of Stochastic Differential Equation differential equations with dependent coefficients. Single step difference
schemes generated by exact
A note on the elliptic-telegraph identification problem with non-local condition problem are established. Furthermore,
stability estimates for the difference
schemes of the source
A high order of accuracy of difference schemes for the nonlocal boundary value schrödinger problem on the
stability of these difference
schemes are established. In application, theorem on the
stability