MOM-map-oriented machine-a partly custom-designed architecture compared to standard hardware

R. Hartenstein, A. Hirschbiel, M. Weber
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引用次数: 27

Abstract

The von Neumann principle has two bottlenecks: program accessing and data accessing. An innovative non-von Neumann principle eliminates one of them. Its new processor, the map-oriented machine (MOM), is compared with the von Neumann concept. The MOM is the key resource to a completely new philosophy of data processing, map-oriented processing. It does not use sequential programs since it has no program sequencer. For many applications it provides acceleration factors of up to several orders of magnitude, compared to von-Neumann-type processing. Existing computer application support tools (assemblers, compilers, operating systems, etc.) cannot be used for the MOM, since they produce sequential code. Thus, a new programming theory and new application support tools are introduced, so that MOM is based on a marriage between standard IC and application-specific IC techniques.<>
面向mom地图的机器——与标准硬件相比,部分定制设计的体系结构
冯·诺伊曼原理有两个瓶颈:程序访问和数据访问。一个创新的非冯·诺伊曼原理消除了其中的一个。它的新处理器,面向地图的机器(MOM),与冯·诺伊曼的概念进行了比较。MOM是一种全新的数据处理理念的关键资源,即面向地图的处理。它不使用顺序程序,因为它没有程序顺序器。与冯-诺伊曼型处理相比,对于许多应用,它提供了高达几个数量级的加速因子。现有的计算机应用程序支持工具(汇编器、编译器、操作系统等)不能用于MOM,因为它们产生顺序代码。因此,引入了新的编程理论和新的应用支持工具,使MOM基于标准IC和特定应用IC技术之间的结合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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