符号:从经典软件主导的冯·诺依曼计算系统的重大偏离

R. Rice, William R. Smith
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引用次数: 53

摘要

SYMBOL研究项目的主要目标是,通过一个完整的工作系统,证明一种非常高级的、通用的、程序化的、“最先进的”语言和大部分分时操作系统可以直接在硬件中实现,并显著提高总体计算率。进一步的目标是创造硬件设计和施工技术,使少数人能够在合理的时间内以相对较低的成本轻松实现这样一个系统。虽然这是一个研究项目,但为了支持该项目,开发自动化、硬件、测试设备和文档是非常重要的。选择SYMBOL这个名称是为了表示直接的硬件符号寻址。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SYMBOL: a major departure from classic software dominated von Neumann computing systems
The prime goal of the SYMBOL research project was to demonstrate, with a full-scale working system, that a very high-level, general-purpose, procedural, "state of the art" language and a large portion of a time-sharing operating system could be implemented directly in hardware and achieve a significant increase in overall computational rates. A further objective was to create hardware design and construction techniques which could be easily applied by a small number of people to implement such a system in a reasonable time and at a relatively low cost. Although this was a research project, there was a high dedication to developing automation, hardware, test equipment and documentation to support the project. The name SYMBOL was chosen to signify direct hardware symbolic addressing.
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