Automated development of applications for graphical processing units using rewriting rules

A. Doroshenko, K. Zhereb
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引用次数: 0

Abstract

Recently there was an active development of parallel programming methods concerning implementation of general-purpose algorithms on graphical processing units (GPUs). Using this specialized hardware allows increasing performance significantly, but requires low-level programming and understanding details of underlying hardware and software platform. Therefore there is a need for automating development process. This paper presents a technique for automating GPU application development, based on rewriting rules approach. An example is given demonstrating the possibilities of our approach when migrating from sequential C# program to its parallel analog running on GPU, as well as optimization of parallel applications. Using our approach we obtained performance speedup of 25X, while preserving the benefits of Microsoft .NET platform.
使用重写规则为图形处理单元自动开发应用程序
最近,在图形处理单元(gpu)上实现通用算法的并行编程方法得到了积极的发展。使用这种专用硬件可以显著提高性能,但需要进行低级编程,并了解底层硬件和软件平台的详细信息。因此,需要对开发过程进行自动化。本文提出了一种基于规则重写方法的GPU应用程序自动化开发技术。通过一个实例说明了我们的方法在从顺序c#程序迁移到运行在GPU上的并行模拟程序时的可能性,以及并行应用程序的优化。使用我们的方法,我们获得了25倍的性能加速,同时保留了Microsoft . net平台的优势。
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