The paper presents some adaptive load balance techniques for the simulation of rarefied gas flows on parallel computers. It is shown that a static load balance is insufficient to obtain a scalable parallel efficiency. Hence, two adaptive techniques are investigated which are based on simple algorithms. Numerical results show that using heuristic techniques one can achieve a sufficiently high efficiency over a wide range of different hardware platforms
A modification of the adaptive artificial viscosity (AAV) method is considered. This modification is...
Abstract. This paper addresses the problem of porting distributed parallel applications to the Grid....
This paper begins with a brief overview of how dynamic load-balancing problems arise in teh context ...
The paper presents a parallelization technique for the finite pointset method, a numerical method fo...
This paper presents a scalable dynamic load balancing scheme for a parallel front-tracking method ba...
This paper provides an overview of data structures suitable for distributed storage of finite elemen...
AbstractParallel efficiency, in a domain decomposition based approach, strongly depends on a partiti...
Balancing the workload distribution in a parallel environment is an important measure to reduce the ...
We address the problem of porting parallel distributed applications from static homogeneous cluster ...
In this paper we present the parallel version of a CFD solver which works on unstructured 3-dimensio...
The iterative Multilevel Averaging Weight (MAW) algorithm presented in paper [1] is modified to solv...
This work is aimed to exploit the computational capabilities of nowadays workstations by building al...
A modification of the adaptive artificial viscosity (AAV) method is considered. This modification is...
A modification of the adaptive artificial viscosity (AAV) method is considered. This modification is...
This work is aimed to exploit the computational capabilities of nowadays workstations by building al...
A modification of the adaptive artificial viscosity (AAV) method is considered. This modification is...
Abstract. This paper addresses the problem of porting distributed parallel applications to the Grid....
This paper begins with a brief overview of how dynamic load-balancing problems arise in teh context ...
The paper presents a parallelization technique for the finite pointset method, a numerical method fo...
This paper presents a scalable dynamic load balancing scheme for a parallel front-tracking method ba...
This paper provides an overview of data structures suitable for distributed storage of finite elemen...
AbstractParallel efficiency, in a domain decomposition based approach, strongly depends on a partiti...
Balancing the workload distribution in a parallel environment is an important measure to reduce the ...
We address the problem of porting parallel distributed applications from static homogeneous cluster ...
In this paper we present the parallel version of a CFD solver which works on unstructured 3-dimensio...
The iterative Multilevel Averaging Weight (MAW) algorithm presented in paper [1] is modified to solv...
This work is aimed to exploit the computational capabilities of nowadays workstations by building al...
A modification of the adaptive artificial viscosity (AAV) method is considered. This modification is...
A modification of the adaptive artificial viscosity (AAV) method is considered. This modification is...
This work is aimed to exploit the computational capabilities of nowadays workstations by building al...
A modification of the adaptive artificial viscosity (AAV) method is considered. This modification is...
Abstract. This paper addresses the problem of porting distributed parallel applications to the Grid....
This paper begins with a brief overview of how dynamic load-balancing problems arise in teh context ...