Vienna Fortran is a machine-independent language extension of Fortran, which is based upon the Single-Program-Multiple-Data (SPMD) paradigm and allows the user to write programs for distributed-memory systems using global addresses. The language features focus mainly on the issue of distributing data across virtual processor structures. Those features of Vienna Fortran that allow the data distributions of arrays to change dynamically, depending on runtime conditions are discussed. The relevant language features are discussed, their implementation is outlined, and how they may be used in applications is described
The stated goal of High Performance Fortran (HPF) was to 'address the problems of writing data paral...
Languages such as Fortran D provide irregular distribution schemes that can efficiently support irre...
Distributed memory multiprocessor systems can provide the power necessary for large-scale scientific...
Vienna Fortran is a machine-independent language extension of Fortran, which is based upon the Singl...
Exploiting the performance potential of distributed memory machines requires a careful distribution ...
Exploiting the full performance potential of distributed memory machines requires a careful distribu...
Exploiting the full performance potential of distributed memory machines requires a careful distribu...
High performance FORTRAN is a set of extensions for FORTRAN 90 designed to allow specification of da...
A significant amount of software research for developing programming environments for distributed--m...
High Performance Fortran (HPF) offers an attractive high‐level language interface for programming sc...
This paper describes two new ideas by which an HPF compiler can deal with irregular computations eff...
Language extensions of FORTRAN are being developed which permit the user to map data structures to t...
This paper describes the design of the Fortran90D/HPF compiler, a source-to-source parallel compiler...
Distributed memory multiprocessor systems can provide the computing power necessary for large-scale ...
. This paper presents HPF+, an optimized version of High Performance Fortran (HPF) for advanced indu...
The stated goal of High Performance Fortran (HPF) was to 'address the problems of writing data paral...
Languages such as Fortran D provide irregular distribution schemes that can efficiently support irre...
Distributed memory multiprocessor systems can provide the power necessary for large-scale scientific...
Vienna Fortran is a machine-independent language extension of Fortran, which is based upon the Singl...
Exploiting the performance potential of distributed memory machines requires a careful distribution ...
Exploiting the full performance potential of distributed memory machines requires a careful distribu...
Exploiting the full performance potential of distributed memory machines requires a careful distribu...
High performance FORTRAN is a set of extensions for FORTRAN 90 designed to allow specification of da...
A significant amount of software research for developing programming environments for distributed--m...
High Performance Fortran (HPF) offers an attractive high‐level language interface for programming sc...
This paper describes two new ideas by which an HPF compiler can deal with irregular computations eff...
Language extensions of FORTRAN are being developed which permit the user to map data structures to t...
This paper describes the design of the Fortran90D/HPF compiler, a source-to-source parallel compiler...
Distributed memory multiprocessor systems can provide the computing power necessary for large-scale ...
. This paper presents HPF+, an optimized version of High Performance Fortran (HPF) for advanced indu...
The stated goal of High Performance Fortran (HPF) was to 'address the problems of writing data paral...
Languages such as Fortran D provide irregular distribution schemes that can efficiently support irre...
Distributed memory multiprocessor systems can provide the power necessary for large-scale scientific...