The virtual memory in the STRETCH computer

J. Cocke, H. Kolsky
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引用次数: 8

Abstract

Early in the planning of the STRETCH computer it was seen that by using the latest solid state components in sophisticated circuits it would be possible to increase the speed of floating point arithmetic by almost two orders of magnitude over that in existing computers. However, there seemed to be no possibility of developing on the same time-scale economically feasible large memories with more than a factor of ten or perhaps twenty increase in speed. As a result, the proposed system appeared to be in danger of being seriously memory-access limited.
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STRETCH计算机中的虚拟内存
在设计STRETCH计算机的早期,人们看到,通过在复杂的电路中使用最新的固态元件,浮点运算的速度有可能比现有计算机提高近两个数量级。然而,在同样的时间尺度上,似乎不可能在经济上可行的情况下开发出速度提高10倍或20倍以上的大型存储器。因此,所提议的系统似乎面临内存访问严重受限的危险。
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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