摘要：

目前全自动并行化方法在并行化能力和应用范围上存在较大限制，而交互式并行化方法能弥补全自动并行化系统的不足。基于此，提出一种交互式并行化方法及其系统ZIPS，描述系统的并行化处理机制，即采用一种计算类型驱动的并行化算法，并以其作为理论基础，针对2类不同计算，利用强大的交互功能获取相关程序信息，并结合自动并行化技术进行源到源的变换。实验表明，该交互式并行化方法能够获得较好的性能。

关键词: 交互式, 并行化, 程序变换

Abstract:

Automatic parallelization has limitations on the parallelizing capabilities and the scope of applications, while the interactive parallelization method makes up the deficiencies. This paper presents an interactive parallelization system named ZJU Interactive Parallelizing System(ZIPS), and describes the mechanism in detail. The system uses a computation-driven algorithm as the basis, obtains the program information through the powerful interaction interface, combines the technology of automatic parallelization, and finishes the source to source transformation for two different computations. Experiments show that the method can achieve good performance.

Key words: interaction, parallelization, program transformation

中图分类号: 

• TP301.6