The ParaScope Editor is a new kind of interactive parallel programming tool for developing scientic Fortran programs. It assists the knowledgeable user by displaying the results of sophisticated program analyses and by providing editing and a set of powerful interactive transformations. After an edit or parallelism-enhancing transformation, the ParaScope Editor incrementally updates both the analyses and source quickly. This paper describes the underlying implementation of the ParaScope Editor, paying particular attention to the analysis and representation of dependence information and its reconstruction after changes to the program.
To date, programming language research has made several major contributions to the support of high s...
Introduction There are many efforts in parallel programming environments (PPE) for translating sequ...
The great challenge in parallel computing is to make a task of programming parallel machines easy wh...
The ParaScope Editor is a new kind of interactive parallel programming tool for developing scientifi...
The ParaScope Editor is an interactive parallel programming tool that assists knowledgeable users in...
The ParaScope parallel programming environment, developed to support scientic programming of shared-...
We have been experimenting with combining three powerful language tools for large, scientific, paral...
Fortran D and High Performance Fortran are languages designed to support efficient data-parallel pro...
This document describes the incorporation of the Lambda loop transformation Toolkit into the ParaSco...
In this paper, we present several tools for analyzing parallel programs. The tools are built on top ...
The parallelization of real-world compute intensive Fortran application codes is generally not a tri...
[[abstract]]Parallel compilers analyze sequential programs, in particular their loops, to detect hid...
[[abstract]]Parallel compilers analyze sequential programs, in particular their loops, to detect hid...
Parafrase transforms a FORTRAN code, subroutine by subroutine, into a parallel code for a vector and...
The notion of dependence captures the most important properties of a program for efficient execution...
To date, programming language research has made several major contributions to the support of high s...
Introduction There are many efforts in parallel programming environments (PPE) for translating sequ...
The great challenge in parallel computing is to make a task of programming parallel machines easy wh...
The ParaScope Editor is a new kind of interactive parallel programming tool for developing scientifi...
The ParaScope Editor is an interactive parallel programming tool that assists knowledgeable users in...
The ParaScope parallel programming environment, developed to support scientic programming of shared-...
We have been experimenting with combining three powerful language tools for large, scientific, paral...
Fortran D and High Performance Fortran are languages designed to support efficient data-parallel pro...
This document describes the incorporation of the Lambda loop transformation Toolkit into the ParaSco...
In this paper, we present several tools for analyzing parallel programs. The tools are built on top ...
The parallelization of real-world compute intensive Fortran application codes is generally not a tri...
[[abstract]]Parallel compilers analyze sequential programs, in particular their loops, to detect hid...
[[abstract]]Parallel compilers analyze sequential programs, in particular their loops, to detect hid...
Parafrase transforms a FORTRAN code, subroutine by subroutine, into a parallel code for a vector and...
The notion of dependence captures the most important properties of a program for efficient execution...
To date, programming language research has made several major contributions to the support of high s...
Introduction There are many efforts in parallel programming environments (PPE) for translating sequ...
The great challenge in parallel computing is to make a task of programming parallel machines easy wh...