高速十进制单元设计中的考虑

M. Schmookler
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引用次数: 0

摘要

新的应用和新技术将使高速十进制算法成为二进制算法的一个有吸引力的替代品。这种新环境的特点是对每个数据项进行更少的计算。对二进制算法的强调使得技术在性能上有了很大的提高。十进制也需要类似的改进。各种形式的大规模集成电路阵列将允许新的方法来实现算术单元。作为复杂逻辑块使用的ROM阵列允许同时乘法器和批加法器的实际设计,BCD操作数与相同字长的二进制操作数基本上具有相同的成本和性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Considerations in the design of a high speed decimal unit
New applications and new technologies will make high speed decimal arithmetic an attractive alternative to binary arithmetic. This new environment will be characterized by fewer computations for each item of data. Emphasis on binary arithmetic has resulted in techniques permitting great improvements in performance. Similar improvements are needed for decimal. Various forms of LSI arrays will permit new approaches to implementing arithmetic units. ROM arrays used as complex logic blocks permit practical designs of simultaneous multipliers and batch adders, with essentially the same cost and performance for BCD operands as for binary operands of the same word size.
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