摘要
定义了(N,M)三态编码电路模型。基于三态数据编码(BCT)算法,讨论了三态编码的硬件设计方法。设计了"除3求余"电路模块,并采用"模块组合"设计方法,实现了任意(N,M)模型的三态编码电路。该方法的主要优点是能够适应定义模型下的不同规模的动态需求。最后,作为示例,给出了(4,2)三态编码模型的硬件结构电路。
Based on the Binary-Coded Trinary(BCT) encoding algorithm, some trinary data encoding methods are discussed.A "module-combination" design method is proposed and used in the design and realization of the trinary data encoding circuit using division-by-three modules.The method has several advantages over the other proposed methods,especially in that it is flexible and adaptive to design corresponding three-state encoding circuit for different model(N,M) presented in the paper.As an illustrative example,a (4,2) model trinary encoding circuit is constructed.
出处
《计算机工程与应用》
CSCD
北大核心
2009年第30期76-79,共4页
Computer Engineering and Applications
基金
哈尔滨工业大学研究基金资助(No.HIT(WH)200703)
关键词
三态编码
三态逻辑
除法电路
运算电路
硬件
trinary encoding
ternary logic
division circuit
arithmetic circuit
hardware