PDS: A Flexible Architecture for Executing Component Software at 100 Teraops

PDS：以 100 Teraops 执行组件软件的灵活架构

• 批准号: 9634947
• 负责人: Andrew Chien
• 金额: $ 10万
• 依托单位: University of Illinois at Urbana-Champaign
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 1996
• 资助国家: 美国
• 起止时间: 1996-08-15 至 1998-07-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=9634947&HistoricalAwards=false
• 关键词: PDS; Flexible; Architecture; Executing; Component

Application software for 100 TeraOps machines be based on the increasing use of component software (libraries, GUIs, problem solving environments) and extensive use of interoperability frameworks (CORBA, OLE, SOM, etc.), producing applications which are complex conglomerates of variegated programs. To support these applications, the machine must present a programmable interface (i.e. efficient shared address spaces and data movement) and scaleable high performance. This project will study a flexible machine architecture that recognizes these technological realities and not only supports advanced software structures, but exploits them to configure its programmable hardware, adapting itself to the application. The programming flexibility can provide a wide range of convenient interfaces, ranging from uniform cache-coherent shared memory, to clusters of smaller shared memory systems, to fully distributed memory. In addition to a range of interfaces, this flexible machine can customize both operations and protocols, exploiting appropriate mechanisms and policies to minimize the critical performance aspect--communication--at all levels of the system. This machine design leverages the wealth of research into optimal architectural mechanisms, customizable cache-coherence, as well as technological advances in interprocedural analysis, programmable hardware, and hardware synthesis technology, to achieve general-purpose high performance.

100 TeraOps机器的应用软件应基于组件软件（库、GUI、问题解决环境）的日益使用和互操作性框架（CORBA、OLE、SOM等）的广泛使用，产生应用程序，这些应用程序是各种程序的复杂集合。 为了支持这些应用，机器必须提供可编程接口（即高效的共享地址空间和数据移动）和可扩展的高性能。 该项目将研究一种灵活的机器架构，该架构认识到这些技术现实，不仅支持先进的软件结构，而且利用它们来配置其可编程硬件，使其适应应用。 编程灵活性可以提供广泛的方便接口，从统一的高速缓存一致性共享存储器到较小共享存储器系统的集群，再到完全分布式存储器。 除了一系列接口之外，这台灵活的机器还可以定制操作和协议，利用适当的机制和策略来最大限度地减少系统各级的关键性能方面-通信。 这种机器设计利用了对最佳架构机制、可定制的缓存一致性以及过程间分析、可编程硬件和硬件合成技术方面的技术进步的大量研究，以实现通用的高性能。