Abstract. The parallel solution of initial value problems for ordinary differential equations (ODE-IVPs) has been a very active field of investigation in the past years. In general, the possibility of using parallel computing in this setting concerns different aspects of the numerical solution of ODEs, usually depending on the parallel platform to be used and/or on the complexity of the problem to be solved. In this paper we review possible extensions of a parallel method proposed in the mid-nineties by the authors. Moreover, we analyze its connections with subsequent approaches to the parallel solution of ODE-IVPs, in particular the “Parareal ” algorithm
Most of the existing methods for solving ordinary differential equations (ODEs) of higher order are ...
This paper examines the potential of parallel computation methods for partial differential equations...
Numerical methods for ordinary initial value problems that do not depend on special properties of th...
The parallel solution of initial value problems for ordinary differential equations (ODE-IVPs) has b...
The parallel solution of initial value problems for ordinary differential equations (ODE-IVPs) has r...
The parallel solution of Initial Value Problems for Ordinary Differential Equations has become an ac...
The paper maps the possibilities of exploitation of the massive parallel computational hardware (na...
A new parallel solver for ODES implementing a “parallelism across the steps ” has been recently prop...
AbstractA natural approach for giving a positive answer to the need of faster ODE solvers consists i...
In this paper we propose a parallel implementation of one-step methods with stepsize control for the...
The availability of high-performance computing tools gives the opportunity of solving mathematical r...
We introduce an overlapping time-domain decomposition for linear initial-value problems which gives ...
Many numerical algorithms for the solution of Boundary Value Problems (BVPs) for Ordinary Differenti...
The numerical solution of ordinary differential equations (ODE's) can be a computationally intensive...
We construct and analyse three methods for solving initial value problems for implicit differential ...
Most of the existing methods for solving ordinary differential equations (ODEs) of higher order are ...
This paper examines the potential of parallel computation methods for partial differential equations...
Numerical methods for ordinary initial value problems that do not depend on special properties of th...
The parallel solution of initial value problems for ordinary differential equations (ODE-IVPs) has b...
The parallel solution of initial value problems for ordinary differential equations (ODE-IVPs) has r...
The parallel solution of Initial Value Problems for Ordinary Differential Equations has become an ac...
The paper maps the possibilities of exploitation of the massive parallel computational hardware (na...
A new parallel solver for ODES implementing a “parallelism across the steps ” has been recently prop...
AbstractA natural approach for giving a positive answer to the need of faster ODE solvers consists i...
In this paper we propose a parallel implementation of one-step methods with stepsize control for the...
The availability of high-performance computing tools gives the opportunity of solving mathematical r...
We introduce an overlapping time-domain decomposition for linear initial-value problems which gives ...
Many numerical algorithms for the solution of Boundary Value Problems (BVPs) for Ordinary Differenti...
The numerical solution of ordinary differential equations (ODE's) can be a computationally intensive...
We construct and analyse three methods for solving initial value problems for implicit differential ...
Most of the existing methods for solving ordinary differential equations (ODEs) of higher order are ...
This paper examines the potential of parallel computation methods for partial differential equations...
Numerical methods for ordinary initial value problems that do not depend on special properties of th...