I want to create a package which contain procedure for full adder procedure for parallel adder using full adder defined in the same package but
full adder 【计】 全加器 adder n. 欧洲产的小毒蛇,北美产的无毒小蛇,加法器 parallel a. 1.[parallel (to/with sth)]平行的 2.极相似的;同时发生的;相应的;对应的 3.【计算机】并行的 n. 1.[C,U](尤指不同地点或时间的)极其相似的人( Full n. 全部 a. 充满的,完全的,丰富的,完美的,...
PURPOSE:To perform the addition at high speed with a circuit of a small scale by using a full adder which connects adders in a tree structure and adds the output of the adder of a first stage with a carry signal and adding 4 data input terminals to those adders forming a tree structure...
... 平行折叠 parallel fold 平行全加器 parallel full adder 平行全减器 parallel full subtracter ... www.zftrans.com|基于4个网页 2. 并行全加器 full adder是什么意思_full... ... full adder circuit1. 全加法电路 parallel full adder1. 并行全加器 full-adder1. 全加器 ... www.iciba.com|...
One of the prominent functionalities of the proposed ZRQ gate is that it can work by itself as a reversible full adder/subtraction unit. The second gate NC can complete overflow detection logic of Binary Coded Decimal (BCD) adder. This article proposes two approaches to design novel reversible ...
In this paper, we propose a quaternary quantum reversible half-adder circuit using quaternary 1-qudit gates, 2-qudit Feynman and Muthukrishnan-Stroud gates. Then we propose a quaternary quantum reversible full adder and a quaternary quantum parallel adder circuit. In addition, we propose a ...
A BiCMOS dynamic full adder circuit for VLSI implementation of high-speed parallel multipliers using Wallace tree reduction architecture is presented. With... HP Chen,HJ Liao - 《Electronics Letters》 被引量: 17发表: 1992年 Transformation of a 2-D VLSI systolic adder circuit in 3-D circuits ...
Based on this realization of ternary full-adder we propose realization of a ternary parallel adder with partially-look-ahead carry. We also show the method of using the same circuit as a ternary parallel adder/subtractor. 展开 关键词: Logic synthesis Quantum circuit Ternary logic ...
Two new parallel multiplier architectures are designed based on two new full adders. These two adders are based on a new algorithm and display low power dissipation and high speed. The compactness and regularity of conventional array multipliers are maintained. The partial products are generated more...
It requires a complementer and N/2 cells, each of which contains a ripple-carry adder and some gates, where N is restricted to even. The number of clocks required to multiply an n-bit (n ≤ N) multiplier and an m-bit multiplicand is equal to n + m − 1, and independent of ...