ARPA-NSF Workshop: Scalable Scientific Software Libraries and Problem Solving Environments, Purdue University, September 25-27, l995

这个研讨会讨论了建筑问题解决的问题 基于偏微分方程（PDE）的应用程序的环境（PSE 更具体地说，开始制定一套共同的 可扩展PDE库组件的社区标准。 没有 建立这种标准的自然论坛，但它们对 为基于PDE的应用构建PSE的进展。的规模和复杂性 这些软件系统要求构建者能够使用组件 由其他团体开发。 该讲习班的成果有三种： (1)汇编在法庭上提出的材料的程序 研讨会，（2）将提交给IEEE的研讨会概述文件 计算科学与工程，以及（3）一系列较小的后续会议 一个由五到十人组成的小组，他们将详细说明、分析并提出建议， 可扩展PDE库组件的社区标准。 这些标准，将 基于子领域的现有标准，如线性代数（ScaLAPAK） 以及并行计算（例如，HPF、MPI）。

This workshop addressed issues in building problem solving environments (PSEs) for partial differential equation (PDE) based applications and, more concretely, initiating a development of a set of common community standards for the components of scaleable PDE libraries. There is no natural forum for establishing such standards and yet they are essential to progress in building PSEs for PDE based applications. The size and complexity of these software systems require that builders be able to use components developed by other groups. The results of this workshop are of three types: (1) A proceedings which compiles the material presented at the workshop, (2) a workshop overview paper to be submitted to IEEE Computational Science and Engineering, and (3) A series of smaller follow-on meetings of a group of five to ten people who will specify, analyze, and propose community standards for components of scalable PDE libraries. These standards, will build on existing standards from sub-areas such as linear algebra (ScaLAPAK) and parallel computing (e.g., HPF, MPI).