In this paper we design and analyse stability-preserving nonstandard finite difference schemes based on the theta-methods. The non-standard schemes were found to preserve the stability properties of the growth equa-tion while the standard schemes and schemes with conventional denomi-nator function exhibit a considerable level of numerical instability. Their elementary stability is established theoretically and is also supported b
This paper deals with the construction of nonstandard finite difference methods for solving a specif...
Explicit discretization schemes based on NonStandard Finite Differences (NSFD) represent a modicatio...
Discretization schemes based on NonStandard Finite Differences (NSFD) are a modification of Standard...
AbstractReaction–diffusion equations arise in many fields of science and engineering. Often, their s...
We provide effective and practical guidelines on the choice of the complex denominator function of t...
Abstract. In this paper, the reorganization of the denominator of the discrete derivative and nonloc...
In this paper, the reorganization of the denominator of the discrete derivative and nonlocal approxi...
AbstractGeneral two-dimensional autonomous dynamical systems and their standard numerical discretiza...
Nonstandard finite difference methods (NSFD) are used in physical sciences to approximate solutions ...
We design, analyze and implement nonstandard finite difference (NSFD) schemes for some differential ...
This work is the numerical analysis and computational companion of the paper by Kamgang and Sallet [...
We extend the results in [2] by proving the GAS of the DFE and specifying the region of possible bak...
From the classical explicit Euler scheme of first order, nonstandard finite difference (NSFD) scheme...
International audienceWe study the construction of a non-standard finite differences numerical schem...
AbstractPositive and elementary stable nonstandard (PESN) finite-difference methods, having the same...
This paper deals with the construction of nonstandard finite difference methods for solving a specif...
Explicit discretization schemes based on NonStandard Finite Differences (NSFD) represent a modicatio...
Discretization schemes based on NonStandard Finite Differences (NSFD) are a modification of Standard...
AbstractReaction–diffusion equations arise in many fields of science and engineering. Often, their s...
We provide effective and practical guidelines on the choice of the complex denominator function of t...
Abstract. In this paper, the reorganization of the denominator of the discrete derivative and nonloc...
In this paper, the reorganization of the denominator of the discrete derivative and nonlocal approxi...
AbstractGeneral two-dimensional autonomous dynamical systems and their standard numerical discretiza...
Nonstandard finite difference methods (NSFD) are used in physical sciences to approximate solutions ...
We design, analyze and implement nonstandard finite difference (NSFD) schemes for some differential ...
This work is the numerical analysis and computational companion of the paper by Kamgang and Sallet [...
We extend the results in [2] by proving the GAS of the DFE and specifying the region of possible bak...
From the classical explicit Euler scheme of first order, nonstandard finite difference (NSFD) scheme...
International audienceWe study the construction of a non-standard finite differences numerical schem...
AbstractPositive and elementary stable nonstandard (PESN) finite-difference methods, having the same...
This paper deals with the construction of nonstandard finite difference methods for solving a specif...
Explicit discretization schemes based on NonStandard Finite Differences (NSFD) represent a modicatio...
Discretization schemes based on NonStandard Finite Differences (NSFD) are a modification of Standard...