This report describes an exercise carried out to port a FORTRAN program operating on one parallel computer system to a different parallel computer system. Transonic Small perturbation Code developed on the FLOSOLVER system at the National Aeronautica1 Laboratory was ported to the SUPRENUM parallel computer. A limited analysis was also made of computational performanc
In this paper we discuss and demonstrate the feasibility of solving high-fidelity, nonlinear computa...
This paper argues that the TPML offers a simple, yet general, solution to the problems associated wi...
The described scientific undertakings within SUPRENUM principally comprised the development and para...
Sequential and Parallelised version of Transonic Small13; Perturbation Code on Flosolver have been i...
Copy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Karlsruh...
The Flosolver MklB has two nodes, each having four processing elements based on intel's 8086/8087 ch...
In the application software development of the SUPRENUM project (the German supercomputer project) m...
This article investigates what performance can be achieved when executing an aerodynamic code on a q...
The Versatile Advection Code is a general tool for solving hydrodynamical and magnetohydrodynamical ...
Runtime support for parallelization of scientific programs is needed when some information important...
Two computer programs STWING and SFL022 (adapted versions of NASA and Jameson's codes respectively) ...
A package of two-dimensional graphics routines was developed to run on a transputer-based parallel p...
After at least a decade of parallel tool development, parallelization of scientific applications rem...
Parallelism will be an essential ingredient of high performance systems of the future. The Inmos tra...
A need exist for correlation-based desktop computer programs that predict the flow through transonic...
In this paper we discuss and demonstrate the feasibility of solving high-fidelity, nonlinear computa...
This paper argues that the TPML offers a simple, yet general, solution to the problems associated wi...
The described scientific undertakings within SUPRENUM principally comprised the development and para...
Sequential and Parallelised version of Transonic Small13; Perturbation Code on Flosolver have been i...
Copy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Karlsruh...
The Flosolver MklB has two nodes, each having four processing elements based on intel's 8086/8087 ch...
In the application software development of the SUPRENUM project (the German supercomputer project) m...
This article investigates what performance can be achieved when executing an aerodynamic code on a q...
The Versatile Advection Code is a general tool for solving hydrodynamical and magnetohydrodynamical ...
Runtime support for parallelization of scientific programs is needed when some information important...
Two computer programs STWING and SFL022 (adapted versions of NASA and Jameson's codes respectively) ...
A package of two-dimensional graphics routines was developed to run on a transputer-based parallel p...
After at least a decade of parallel tool development, parallelization of scientific applications rem...
Parallelism will be an essential ingredient of high performance systems of the future. The Inmos tra...
A need exist for correlation-based desktop computer programs that predict the flow through transonic...
In this paper we discuss and demonstrate the feasibility of solving high-fidelity, nonlinear computa...
This paper argues that the TPML offers a simple, yet general, solution to the problems associated wi...
The described scientific undertakings within SUPRENUM principally comprised the development and para...