AbstractWe investigate the behaviour of Waveform Relaxation methods (WR) for some model problems. First, it is shown how convergence (of the iteration) is related to stability of some one-step integration schemes. Then, we investigate the computational complexity of a 1-D and 2-D heat equation when WR is used in combination with nested iteration and assess its efficiency, in particular, compared to straightforward methods based on Gaussian elimination. Finally, we present some results, showing the performance of WR
AbstractBy studying the superlinear convergence of waveform relaxation method on finite time interva...
The error analysis of preconditioned waveform relaxation iterations for differential systems is pres...
A recent class of multirate numerical algorithms, collectively referred to as waveform relaxation me...
AbstractWe investigate the behaviour of Waveform Relaxation methods (WR) for some model problems. Fi...
We investigate the behaviour of Waveform Relaxation methods (WR) for some model problems. First, it ...
Waveform relaxation algorithms for partial differential equations (PDEs) are traditionally obtained ...
Abstract: This paper surveys the family of Waveform Relaxation Methods for solving large systems of ...
Waveform relaxation is a numerical method for solving large-scale systems of ordinary differential e...
. Waveform relaxation algorithms for partial differential equations (PDEs) are traditionally obtaine...
AbstractThis paper consider a two-stage (or inner/outer) strategy for waveform relaxation (WR) itera...
The technique of windowing has been often used in the implementation of the waveform relaxations for...
Abstract. The error analysis of preconditioned waveform relaxation iterations for differential syste...
The traditional approach for solving large dynamical systems is time consuming. Waveform method, an ...
This paper consider a two-stage (or inner/outer) strategy for waveform relaxation (WR) iterations, a...
We discuss preconditioning and overlapping of waveform relaxation methods for sparse linear differen...
AbstractBy studying the superlinear convergence of waveform relaxation method on finite time interva...
The error analysis of preconditioned waveform relaxation iterations for differential systems is pres...
A recent class of multirate numerical algorithms, collectively referred to as waveform relaxation me...
AbstractWe investigate the behaviour of Waveform Relaxation methods (WR) for some model problems. Fi...
We investigate the behaviour of Waveform Relaxation methods (WR) for some model problems. First, it ...
Waveform relaxation algorithms for partial differential equations (PDEs) are traditionally obtained ...
Abstract: This paper surveys the family of Waveform Relaxation Methods for solving large systems of ...
Waveform relaxation is a numerical method for solving large-scale systems of ordinary differential e...
. Waveform relaxation algorithms for partial differential equations (PDEs) are traditionally obtaine...
AbstractThis paper consider a two-stage (or inner/outer) strategy for waveform relaxation (WR) itera...
The technique of windowing has been often used in the implementation of the waveform relaxations for...
Abstract. The error analysis of preconditioned waveform relaxation iterations for differential syste...
The traditional approach for solving large dynamical systems is time consuming. Waveform method, an ...
This paper consider a two-stage (or inner/outer) strategy for waveform relaxation (WR) iterations, a...
We discuss preconditioning and overlapping of waveform relaxation methods for sparse linear differen...
AbstractBy studying the superlinear convergence of waveform relaxation method on finite time interva...
The error analysis of preconditioned waveform relaxation iterations for differential systems is pres...
A recent class of multirate numerical algorithms, collectively referred to as waveform relaxation me...