全加器

We proposed 8 kinds of full adder and all of them are realized in 4 bit ripple carry adder.

在本文中，我们提出8种不同的全加器电路，分别皆使用4位元链波进位加法器将其实现。

Thus, adder is very important in the ALU and also can influence the performance of system.

因此全加器的效能将会完全的影响系统的处理量。

A VHDL prepared by the full adder, digital circuit design of an EDA example, may not be special, but should be able to use what they are doing.

一个用VHDL语言编写的全加器，是数字电路EDA设计的一个例子，可能不太特别，但是应该可以用一下的。

A VHDL prepared by the full adder, digital circuit design of an EDA example, may not be special, but should be able to use...

一个用VHDL语言编写的全加器，是数字电路EDA设计的一个例子，可能不太特别，但是应该可以用一下的。

In the max-plus environment, using vhdl language component with half adder full adder function.

详细说明：在max-plus 环境下使用vhdl语言实现用半加器组成全加器的功能。

When the cell is configured for XOR XNOR MUX scheme,it can achieve the functions such as one bit full adder and base multiplier cell and so on for datapath application.

该单元采用功能增强的MUX结构，在配置为异或同或多路选择器结构时，只用一个单元的开销就可实现一位全加器、基本乘法单元等适于数据通路应用的功能。

Based on a new modified Wallace multiplier structure, named bi-forked Wallace multiplier structure, this paper presents the design of a highly re-configurable Multiplier for VLIW multimedia-processor. We found a reusable design method to extend multiplier with full adder array. The Structure can enable 32/16/8 bit operands, and has been optimized for speed and area.

在VLIW多媒体芯片的设计过程中，针对传统乘法器与加法器的不足，提出了一种新的分叉华莱氏树结构的乘法器模型，采用可重用的模块化设计思想，通过重用一位全加器阵列对乘法器进行扩展，处理器可以在一个乘法器单元内部同时支持多个32/16/8位的乘法运算，同时使乘法单元的速度和面积均得以优化。

In part one (chapter 2-3), two new methods and systems of optical parallel logic operation are studied. Triple-in Double-out shadow-casting logic operation system is proposed and realized for the first time. Based on this, optical full adder and 3-bit decoder array logic have been obtained. It is the first time to use coding pattern and different reading-writing model to realize BSO-PROM optical parallel logic operation where the time-order operation is avoided, so that the computing speed of optical parallel logic gate which uses this kind of spatial light modulator is increased, and it is successfully used in optical symbolic substitution .

在第一部分，对两种新的并行光学布尔逻辑运算方法及系统进行了研究：首次提出并实现了三输入、双输出铸影光学逻辑运算系统及其由此得到的光学全加器，并提出一种以此为基础的3-比特译码器阵列逻辑，首次利用图形编码和不同的读写模式实现了无时序操作的BSO-PROM光并行逻辑运算，大大提高了这种空间光调制器用作光并行逻辑门的运算速度，使之成功地用于光学符号代换之中。

Comb filter was adopted as the first stage filter. Adders and subtracter were used to implement it.

梳状滤波器用作多级抽取的首级，使用全加器和全减器实现。

Adder is one of the most common operation units in ALU, e.g, subtractor, multiplier, and divider, which are all based on the adder.

而全加器是一个经常被使用的运算单元，在电脑中的任何运算，例如减法、乘法、除法等，都是必须经过加法器来做变化的。

In the negative and interrogative forms, of course, this is identical to the non-emphatic forms.

。但是，在否定句或疑问句里，这种带有"do"的方法表达的效果却没有什么强调的意思。

Go down on one's knees;kneel down

屈膝跪下。。。下跪祈祷