In this paper we summarize recent progresses on the parallel method for solving time-dependent problems using the Fourier-Laplace transformation. Instead of solving the time-dependent prob-lems in the space-time domain, we solve them as follows. First take the Fourier-Laplace transfor-mation of given problems originally set in the space-time domain, and consider the corresponding problems in the space-frequency domain which form a set of indefinite, complex-valued elliptic problems. Such problems are solved in a natural parallel manner since each problem is inde-pendent of others. The Fourier-Laplace inversion formula will then recover the solution in the space-time domain
tended to solve linear wave equations. The time dependence of the problem is removed temporarily fro...
International audienceWe developed a parallel time domain decomposition method to solve systems of O...
The solution process for diffusion problems usually involves the time development separately from th...
AbstractA low communication parallel algorithm is developed for the solution of time-dependent nonli...
Abstract. With the continued evolution of computing architectures towards many-core com-puting, algo...
Abstract. We consider the discretization in time of a parabolic equation, using a representation of ...
This paper is devoted to show that parallel number theoretical methods for solving special types of ...
Les méthodes de décomposition de domaine en espace ont prouvé leur utilité dans le cadre des archite...
. We introduce and analyze a frequency-domain method for parabolic partial differential equations. T...
parallel method for time discretization of parabolic equations based on Laplace transformation and q...
. A naturally parallelizable formulation is considered for solving linearized time-dependent Navier-...
AbstractA feasible method is presented for the numerical solution of a large class of linear partial...
Abstract. We treat the time discretization of an initial-value problem for a homogeneous abstract pa...
Fourier-Motzkin elimination is a computationally expensive but powerful method to solve a system of ...
Abstract Time parallel time integration methods have received renewed interest over the last decade ...
tended to solve linear wave equations. The time dependence of the problem is removed temporarily fro...
International audienceWe developed a parallel time domain decomposition method to solve systems of O...
The solution process for diffusion problems usually involves the time development separately from th...
AbstractA low communication parallel algorithm is developed for the solution of time-dependent nonli...
Abstract. With the continued evolution of computing architectures towards many-core com-puting, algo...
Abstract. We consider the discretization in time of a parabolic equation, using a representation of ...
This paper is devoted to show that parallel number theoretical methods for solving special types of ...
Les méthodes de décomposition de domaine en espace ont prouvé leur utilité dans le cadre des archite...
. We introduce and analyze a frequency-domain method for parabolic partial differential equations. T...
parallel method for time discretization of parabolic equations based on Laplace transformation and q...
. A naturally parallelizable formulation is considered for solving linearized time-dependent Navier-...
AbstractA feasible method is presented for the numerical solution of a large class of linear partial...
Abstract. We treat the time discretization of an initial-value problem for a homogeneous abstract pa...
Fourier-Motzkin elimination is a computationally expensive but powerful method to solve a system of ...
Abstract Time parallel time integration methods have received renewed interest over the last decade ...
tended to solve linear wave equations. The time dependence of the problem is removed temporarily fro...
International audienceWe developed a parallel time domain decomposition method to solve systems of O...
The solution process for diffusion problems usually involves the time development separately from th...