Distributed NEPP, a version of the NASA Engine Performance Program, uses the original NEPP code but executes it in a distributed computer environment. Multiple workstations connected by a network increase the program's speed and, more importantly, the complexity of the cases it can handle in a reasonable time. Distributed NEPP uses the public domain software package, called Parallel Virtual Machine, allowing it to execute on clusters of machines containing many different architectures. It includes the capability to link with other computers, allowing them to process NEPP jobs in parallel. This paper discusses the design issues and granularity considerations that entered into programming Distributed NEPP and presents the results of timing ru...
AbstractA characterization study of analyzing dynamic instruction traces to characterize program par...
Highly parallel computing architectures are the only means to achieve the computation rates demanded...
The main goal of this paper is t o survey the issues an application developer would have to resolve ...
Distributed NEPP is a new version of the NASA Engine Performance Program that runs in parallel on a ...
The main contribution of the effort in the last two years is the introduction of the MOPPS system. A...
The concept of using Parallel Distributed Processing (PDP) to enhance automated experiment monitorin...
The NASA Lewis Research Center is investigating the benefits of parallel processing to applications ...
Version 3 of the NPARC Navier-Stokes code includes support for large-grain (block level) parallelism...
The Advanced Control Technology Branch of the NASA Lewis Research Center performs research in the ar...
Distributed simulation of aircraft engines as part of a computer aided design package is being devel...
As outlined in our continuation proposal 92-ISI-. OR (revised) on NASA cooperative agreement NCC2-53...
The low cost and availability of clusters of workstations have lead researchers to re-explore distri...
Phase I is complete for the development of a Computational Fluid Dynamics parallel code with automat...
The performance of a loosely and tightly-coupled workstation cluster is compared against a conventio...
The aim of this paper is to present the results of a CNES research project on distributed computing ...
AbstractA characterization study of analyzing dynamic instruction traces to characterize program par...
Highly parallel computing architectures are the only means to achieve the computation rates demanded...
The main goal of this paper is t o survey the issues an application developer would have to resolve ...
Distributed NEPP is a new version of the NASA Engine Performance Program that runs in parallel on a ...
The main contribution of the effort in the last two years is the introduction of the MOPPS system. A...
The concept of using Parallel Distributed Processing (PDP) to enhance automated experiment monitorin...
The NASA Lewis Research Center is investigating the benefits of parallel processing to applications ...
Version 3 of the NPARC Navier-Stokes code includes support for large-grain (block level) parallelism...
The Advanced Control Technology Branch of the NASA Lewis Research Center performs research in the ar...
Distributed simulation of aircraft engines as part of a computer aided design package is being devel...
As outlined in our continuation proposal 92-ISI-. OR (revised) on NASA cooperative agreement NCC2-53...
The low cost and availability of clusters of workstations have lead researchers to re-explore distri...
Phase I is complete for the development of a Computational Fluid Dynamics parallel code with automat...
The performance of a loosely and tightly-coupled workstation cluster is compared against a conventio...
The aim of this paper is to present the results of a CNES research project on distributed computing ...
AbstractA characterization study of analyzing dynamic instruction traces to characterize program par...
Highly parallel computing architectures are the only means to achieve the computation rates demanded...
The main goal of this paper is t o survey the issues an application developer would have to resolve ...