SVM-Fortran is a language extension of Fortran 77 developed by KFA for shared memory parallel programming on distributed memory systems. It provides special language features for optimization of data locality and load balancing. SVM-Fortran is designed for shared virtual memory systems as well as for highly parallel computers with a hardware-based global address space. The article describes the implementation of SVM-Fortran on the Intel Paragon as well as parallelization aspects and performance results of some applications
This article outlines the parallelization of an irregular grid application with SVM-Fortran. It desc...
Programming parallel systems using shared memory comes easier and more natural. On systems lacking p...
To optimize programs for parallel computers with distributed shared memory two main problems need to...
SVM-Fortran is a language designed to program highly parallel systems with a global address space. A...
Highly parallel machines needed to solve compute-intensive scientific applications are based on the ...
Programming distributed memory multiprocessors requires program parallelization as well as program o...
Programming distributed memory systems forces the user to handle the problem of data locality. With ...
Vienna Fortran, a machine-independent language extension to Fortran which allows the user to write p...
This deliverable gives a detailed language specification of a data-parallel programming language for...
Programming distributed memory systems forces the user to handle the problem of data locality. With ...
This article outlines the parallelization of an irregular grid application based on shared virtual m...
Programming distributed memory multiprocessors requires program parallelization as well as program o...
Programming distributed memory parallel computers with message passing is often considered to be a d...
With the advent of Distributed Memory Machines (DMMs) numerous work have been undertaken to ease the...
This report outlines the design of a performance analysis environment for SVM-Fortran programs. SVM-...
This article outlines the parallelization of an irregular grid application with SVM-Fortran. It desc...
Programming parallel systems using shared memory comes easier and more natural. On systems lacking p...
To optimize programs for parallel computers with distributed shared memory two main problems need to...
SVM-Fortran is a language designed to program highly parallel systems with a global address space. A...
Highly parallel machines needed to solve compute-intensive scientific applications are based on the ...
Programming distributed memory multiprocessors requires program parallelization as well as program o...
Programming distributed memory systems forces the user to handle the problem of data locality. With ...
Vienna Fortran, a machine-independent language extension to Fortran which allows the user to write p...
This deliverable gives a detailed language specification of a data-parallel programming language for...
Programming distributed memory systems forces the user to handle the problem of data locality. With ...
This article outlines the parallelization of an irregular grid application based on shared virtual m...
Programming distributed memory multiprocessors requires program parallelization as well as program o...
Programming distributed memory parallel computers with message passing is often considered to be a d...
With the advent of Distributed Memory Machines (DMMs) numerous work have been undertaken to ease the...
This report outlines the design of a performance analysis environment for SVM-Fortran programs. SVM-...
This article outlines the parallelization of an irregular grid application with SVM-Fortran. It desc...
Programming parallel systems using shared memory comes easier and more natural. On systems lacking p...
To optimize programs for parallel computers with distributed shared memory two main problems need to...