首页> 外国专利> METHOD OF FORMING REASONS analog signals partial product ni amp; mj f (h) ↓ CD ARGUMENTS factors ± ni f (2n) and ± mj f (2n) - 'additional code' in pyramidal multiplier fΣ (↓ CDΣ) FOR FUTURE LOGICAL INTERPRETATION f1 (CD ↓) and the formation of the resulting sum is ± SΣ f (2n) - 'additional code' STRUCTURE AND FUNCTIONAL FOR ITS IMPLEMENTATION (OPTIONS RUSSIAN LOGIC)

METHOD OF FORMING REASONS analog signals partial product ni amp; mj f (h) ↓ CD ARGUMENTS factors ± ni f (2n) and ± mj f (2n) - 'additional code' in pyramidal multiplier fΣ (↓ CDΣ) FOR FUTURE LOGICAL INTERPRETATION f1 (CD ↓) and the formation of the resulting sum is ± SΣ f (2n) - 'additional code' STRUCTURE AND FUNCTIONAL FOR ITS IMPLEMENTATION (OPTIONS RUSSIAN LOGIC)

机译:形成原因的方法模拟信号部分乘积[ni]和[mj] f(h)↓CD参数因子±[ni] f(2n)和±[mj] f(2n)-金字塔乘法器fΣ(“ ↓CDΣ)用于未来的逻辑解释f1(CD↓),其结果的和为±[SΣ] f(2n)-“附加代码”的实现及其功能(选项俄罗斯逻辑)

摘要

FIELD: information technology.;SUBSTANCE: invention can be used when designing arithmetic devices for performing arithmetic operations for multiplying arguments ±[mj]f(2n) and ±[ni]f(2n) - "Complementary code". In one version, the design is realised using AND logic elements.;EFFECT: faster process of converting arguments of partial products in functional structures of multipliers.;4 cl
机译:领域:发明内容:当设计用于执行用于对自变量±[m j ] f(2 n )和±[ n i ] f(2 n )-“互补代码”。在一个版本中,设计是使用AND逻辑元素实现的;效果:在乘法器的功能结构中更快地转换部分乘积的自变量的过程。4cl

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