Note: A processor consists of at least an instruction control unit and an arithmetic and logic unit. 注:处理器至少包含有一个指令控制器和一个算术与逻辑运算器。
The arithmetic logic unit ( ALU), which performs arithmetic and logical operations. 算术逻辑单元,用来进行算术逻辑运算。
The arithmetic logic unit ( ALU) decides the performance of the Central Processing Unit ( CPU), while the adder decides that of the ALU. 算术逻辑运算单元(ALU)决定着中央处理器(CPU)的性能,而加法器又决定着ALU的性能。
ACCUMULATOR ( NO.2), In a computer, a special storage register associated with the arithmetic logic unit, used for holding the results of a computation or data transfer. 存储器(NO.2),计算机中,一种与算术逻辑组件有关系的特别存储寄存器,用来存放运算结果或数据传输。
In the modern computer, the adder being present in the arithmetic logic unit. 在现代的电脑中,加法器存在于算术逻辑单元之中。
Arithmetic unit: Arithmetic unit is a data processing unit that consists of arithmetic logic unit ( ALU), accumulator, data buffer, ect. 运算器:运算器是数据加工处理部件,它是由算术逻辑单元(ALU)、累加器、数据缓冲器等组成。
ALU: Arithmetic Logic Unit; the circuitry within the CPU which performs all arithmetic functions. 算术逻辑运算器:执行运算功能的中央处理器内的线路。
Arithmetic and logic unit data flow 算术及逻辑运算部件数据流
Compared with the control unit, the arithmetic logic unit accepts the command of the control unit to carry through action. 与控制器相比,运算器接受控制器的命令进行动作。
Abbreviation of arithmetic logic unit, the part of a computer that performs all arithmetic computations, such as addition and multiplication, and all comparison operations. 算术逻辑部件的缩写,执行全部算术计算,例如加法和乘和全部比较运算的一台计算机的零件。
The arithmetic is realized by logic operations and implemented by the spatial encoding technique, which offers an efficient design of optical arithmetic logic unit ( ALU). 这些基本运算都可通过空间编码与解码的光学逻辑实现,从而提供了一种有效的光学算术-逻辑单元(ALU)设计方案。
This processor provides an arithmetic logic unit ( ALU) with a high degree of parallelism, application-specific hardware logic, on-chip memory, and additional on-chip peripherals. 片内集成有一个具有高度并行性的算术逻辑单元(ALU)、专有硬件逻辑、片内存储器和片内外设等几部分。
Additionally, we exactly designed the central process department: Arithmetic Logic Unit. 另外,精心设计了微控制器的核心部件算术逻辑单元。
The data path contain Arithmetic Logic Unit ( ALU), data registers, flag register and work register; 数据通道由ALU、数据寄存器、标志寄存器、工作寄存器组成;
The executing module designed by this article implements barrel shifter, arithmetic and logic unit ( ALU) and 32-bit multiplier and supports all the logical and arithmetic operations of ARM instruction set. 本文所设计的运算模块实现了桶式移位器、算术逻辑单元以及32位乘法器,支持ARM指令集中所有算术运算和逻辑运算。
The digit signal processor embodies the center arithmetic logic unit, Multiplier unit, Shifter unit, Sequencing unit, Auxiliary register unit, interception unit. 数字信号处理器包含了中央算术逻辑单元、乘法器单元、移位器单元、排序器单元、辅助寄存器单元、中断单元的设计。
Accumulators composed of adders and registers are commonly used building blocks in general-purpose processor based on data path architecture with an arithmetic and logic unit, as well as in digital signal processing circuits. 在适于采用内建自测方法进行可测性设计的电路中,累加器往往是一种被普遍采用的基本单元,如通用处理器和数字信号处理电路中的算术及逻辑运算电路。
At last, we verify the designs of the parity checker with reset signal and the design of Arithmetic Logic Unit ( ALU) which is the important part of CPU using HOL-4 system, and receive the experiment results. 最后作为上述理论的应用,运用HOL-4系统对硬件电路:带复位的奇偶校验器、CPU的重要组成部分算术逻辑单元设计正确性进行了形式化验证,给出了实验结果。
The center arithmetic logic unit is carrying out plus/ sub calculation and logic operation, The carry being the selection carry link, adopting the saturated handle to cope with the data spills; 在中央算术逻辑单元中,完成加/减运算以及逻辑运算,在进位链中采用了选择进位链,对数据溢出采用了饱和处理的方法;
In FPGA, CPU IP Core have necessary arithmetic logic unit ( ALU), register stack, instruction buffer, Jump-counter, instruction-set, and optimize the performance of CPU based on the architecture of FPGA. 在FPGA内部不仅实现了CPU必需的算术逻辑器、寄存器堆、指令缓冲、跳转计数、指令集,而且针对FPGA内部的结构特点对设计进行了地址和数据的优化。
All the 32 registers are directly connected to the Arithmetic Logic Unit ( ALU), allowing two independent registers to be accessed in one single instruction executed in one clock cycle. 所有的寄存器都直接与算逻单元(ALU)相连接,使得一条指令可以在一个时钟周期内同时访问两个独立的寄存器。
Branch arithmetic logic unit ( BALU) is an arithmetic logic unit ( ALU) with the branch control function. 分支算术逻辑部件(BALU)是一个集成了分支控制功能的算术逻辑部件(ALU)。
On one hand, the computer system is based on the logic gates to implement its functions, in many cases, the operands passed repeatedly between the memory and the arithmetic logic unit must via the logic gates. 另一方面,计算机系统是基于逻辑门来实现的,在许多情况下,必须利用逻辑门在存储器与算术逻辑单元之间反复传递操作数。
This experimental system will enable the students to experiment on both individual components and the whole machine. The former include the adder, multiplier, divider, arithmetic logic unit, controller, memory and etc.; the complete machine experiment can perform functions of each individual component. 本实验系统能够让学生完成有关计算机组成原理的部件实验和整机实验:部件实验包括加法器、乘法器、除法器、算术逻辑运算单元、控制器、存储器等;整机实验可以独立实现各部件的功能描述。
ALU ( Arithmetic and Logic Unit) is one of the most important units in the microprocessors, of which speed, power dissipation and area have decisive effect on the performances of the whole microprocessor. ALU(算术逻辑单元)是微处理器中最重要的部件之一,其速度、功耗和面积对微处理器性能具有决定性的影响。