[[abstract]]Multithreading support seems to be the most obvious approach for helping programmers to take the advantage of parallelism by operating systems. Although multithreading for a lot of multiprocessors is powerful, we sometimes still lack good parallelizing compilers to help programmers exploit parallelism and gain performance benefit. In this paper, a model of FORTRAN parallelizing compiler on multithreading OSF/1 is first proposed and then generalized to be useful in constructing a parallelizing compiler for a particular language, to generate insight into the development of a high-performance parallelizing compiler
As industry moves from single processor systems to chip multiprocessors in the general purpose commu...
Loops represent the core of most applications in that they contain the bulk of the computations. An ...
Abstract: Some approaches to choosing parallel features for computing systems are discusse...
[[abstract]]Multithreaded programming support seems to be the most obvious approach to helping progr...
With the advent of Distributed Memory Machines (DMMs) numerous work have been undertaken to ease the...
The definition of High Performance Fortran (HPF) is a significant event in the maturation of paralle...
We present an extension to the FORTRAN language that allows the user to specify parallelism by means...
Abstract. Multipartitioning is a skewed-cyclic block distribution that yields better parallel effici...
High-Performance Fortran as currently dened cannot be used to solve all program-ming problems. Howev...
The last few years have seen multicore architectures emerge as the defining technology shaping the f...
The last few years have seen multicore architectures emerge as the defining technology shaping the f...
The last few years have seen multicore architectures emerge as the defining technology shaping the f...
The last few years have seen multicore architectures emerge as the defining technology shaping the f...
Multipartitioning is a skewed-cyclic block distribution that yields better parallel efficiency and s...
Many programming models for massively parallel machines exist, and each has its advantages and disad...
As industry moves from single processor systems to chip multiprocessors in the general purpose commu...
Loops represent the core of most applications in that they contain the bulk of the computations. An ...
Abstract: Some approaches to choosing parallel features for computing systems are discusse...
[[abstract]]Multithreaded programming support seems to be the most obvious approach to helping progr...
With the advent of Distributed Memory Machines (DMMs) numerous work have been undertaken to ease the...
The definition of High Performance Fortran (HPF) is a significant event in the maturation of paralle...
We present an extension to the FORTRAN language that allows the user to specify parallelism by means...
Abstract. Multipartitioning is a skewed-cyclic block distribution that yields better parallel effici...
High-Performance Fortran as currently dened cannot be used to solve all program-ming problems. Howev...
The last few years have seen multicore architectures emerge as the defining technology shaping the f...
The last few years have seen multicore architectures emerge as the defining technology shaping the f...
The last few years have seen multicore architectures emerge as the defining technology shaping the f...
The last few years have seen multicore architectures emerge as the defining technology shaping the f...
Multipartitioning is a skewed-cyclic block distribution that yields better parallel efficiency and s...
Many programming models for massively parallel machines exist, and each has its advantages and disad...
As industry moves from single processor systems to chip multiprocessors in the general purpose commu...
Loops represent the core of most applications in that they contain the bulk of the computations. An ...
Abstract: Some approaches to choosing parallel features for computing systems are discusse...