ASSY系统的功能和函数式编程语言

V. Malyshkin
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引用次数: 4

摘要

提出了支持应用问题并行化、并行程序开发(汇编)和特定多处理器系统在执行过程中对可用资源进行调优等技术的集成系统的主要特点。此外,还讨论了功能性的概念。与划分相反,组装方法支持在基本的现成片段的基础上对整个问题解决方案进行综合(在广义上)。它使我们能够在同一个并行编程系统的框架内使用统一的技术来解决广泛的应用问题(地震数据和图像处理、核物理、自然现象建模等)。这种方法是我们解决大规模问题的经验的概括。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Functionality in ASSY system and language of functional programming
The main features of an integrated system to support the technology of application problem parallelization, development (assembly) of parallel programs, and tuning to available resources of specific multiprocessor system in the course of their execution are presented. Also the notion of functionality is discussed. Contrary to partitioning, the assembly approach supports synthesis (in a broad sense) of the whole problem solution on the basis of elementary ready made fragments. It enable us to use the unified technology for the solution of wide range application problems (in seismic data and image processing, nuclear physics, modeling of natural phenomena etc.) in the framework of the same parallel programming system. This approach is a generalization of our experience in solution of big-size problems.<>
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