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Majority Logic Synthesis

机译:多数逻辑综合

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摘要

The majority function 〈xyz〉 evaluates to true, if at least two of its Boolean inputs evaluate to true. The majority function has frequently been studied as a central primitive in logic synthesis applications for many decades. Knuth refers to the majority function in the last volume of his seminal The Art of Computer Programming as “probably the most important ternary operation in the entire universe.” Majority logic synthesis has recently regained significant interest in the design automation community due to nanoemerging technologies which operate based on the majority function. In addition, majority logic synthesis has successfully been employed in CMOS-based applications such as standard cell or FPGA mapping. This tutorial gives a broad introduction into the field of majority logic synthesis. It will review fundamental results and describe recent contributions from theory, practice and applications.
机译:如果多数函数〈xyz〉的布尔输入中至少有两个布尔输入为true,则其取值为true。在逻辑综合应用中,多数功能已被作为核心原语进行了数十年的研究。克努斯(Knuth)在他的开创性著作《计算机编程的艺术》的最后一卷中将多数函数称为“可能是整个宇宙中最重要的三元运算”。由于基于多数功能运行的纳米新兴技术,多数逻辑合成最近在设计自动化领域重新引起了人们的极大兴趣。此外,多数逻辑合成已成功用于基于CMOS的应用中,例如标准单元或FPGA映射。本教程对多数逻辑综合领域进行了广泛的介绍。它将回顾基本结果并描述理论,实践和应用的最新贡献。

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