Parallelizing compilers have emerged to be a useful tool in the development of parallel programs. Most programmers are used to writing sequential programs. With the advent of parallel machines, the task of writing parallel programs has become both time-consuming and difficult. One way to help programmers to write parallel programs is to have a software tool that will parallelize sequential programs. This tool should be able to recognize any parts of a sequential program that can be parallelized. Then, it is transformed automatically by the tool into its parallel version. [Continues.
Abstract. Parallel programming continues to be difficult and error-prone, whether starting from spec...
The widespread use of multicore processors is not a consequence of significant advances in parallel ...
The limited ability of compilers to nd the parallelism in programs is a signi cant barrier to the us...
In order to utilize parallel computers, four approaches, broadly speaking, to the provision of paral...
The multicore era has increased the need for highly parallel software. Since automatic parallelizati...
This paper presents an overview of automatic program parallelization techniques. It covers dependenc...
One of the main tasks of a programmer when writing parallel programs is to identify the parts that ...
This paper describes parallelizing compilers which allow programmers to tune parallel program perfor...
Modern computers will increasingly rely on parallelism to achieve high computation rates. Techniques...
A common workflow for developing parallel software is as follows: 1) start with a sequential program...
The widespread use of multicore processors is not a consequence of significant advances in parallel ...
An algorithm for transforming sequential programs into equivalent parallel programs is presented. Th...
Parallel programming continues to be difficult and error-prone, whether starting from specifications...
Speeding up sequential programs on multicores is a challenging problem that is in urgent need of a s...
The recent emphasis on pushing forth in an attempt to create a fifth-generation supercomputer has pu...
Abstract. Parallel programming continues to be difficult and error-prone, whether starting from spec...
The widespread use of multicore processors is not a consequence of significant advances in parallel ...
The limited ability of compilers to nd the parallelism in programs is a signi cant barrier to the us...
In order to utilize parallel computers, four approaches, broadly speaking, to the provision of paral...
The multicore era has increased the need for highly parallel software. Since automatic parallelizati...
This paper presents an overview of automatic program parallelization techniques. It covers dependenc...
One of the main tasks of a programmer when writing parallel programs is to identify the parts that ...
This paper describes parallelizing compilers which allow programmers to tune parallel program perfor...
Modern computers will increasingly rely on parallelism to achieve high computation rates. Techniques...
A common workflow for developing parallel software is as follows: 1) start with a sequential program...
The widespread use of multicore processors is not a consequence of significant advances in parallel ...
An algorithm for transforming sequential programs into equivalent parallel programs is presented. Th...
Parallel programming continues to be difficult and error-prone, whether starting from specifications...
Speeding up sequential programs on multicores is a challenging problem that is in urgent need of a s...
The recent emphasis on pushing forth in an attempt to create a fifth-generation supercomputer has pu...
Abstract. Parallel programming continues to be difficult and error-prone, whether starting from spec...
The widespread use of multicore processors is not a consequence of significant advances in parallel ...
The limited ability of compilers to nd the parallelism in programs is a signi cant barrier to the us...