RISC的例句大全

This paper introduces 32 bit embedded RISC microcomputer that is developed by dint of our country.

本文介绍我国自行研制的32垃嵌入式RISC微计算机.

CISC and RISC are the two main instruction systems for MCU design.

CISC与 RISC 是目前微控制器(MCU)设计的两种主要指令体系.

In keeping with their glorious tradition, they will certainly risc against the aggressors.

他们一定会按照他们的光荣传统, 起来反击侵略者.

RISC chips use a rather small number of relatively simple, fixed-length instructions, always 32 bits long.

RISC芯片 采用数量较少 、 较为简单的固定长度指令, 总是32位长.

While not all RISC machines are the same, they do have many similar qualities.

虽然所有的RISC型机器有很多相似的地方, 但是他们并不全部相同.

RISC chips a rather small number of relatively simple, fixed-length instructions, always 32 bits long.

risc芯片 采用数量较少 、 较为简单的固定长度指令, 总是32位长.

Lead fixed-point implementation of aforementioned DSP algorithms on embedded RISC.

负责以上通讯算法的定点性能分析和在内置RISC上的实现.

The emphasis in CPU design shifted to raw performance, and RISC became the new philosophy.

CPU设计的重点转到了提高性能上, RISC成 了新的(设计)思想.

Branch-delay is one of the RISC Reduced Instruction Set Computer technology characters.

延迟转移是RISC技术特点之一.

In response to the disadvantages of register window method of Berkeley RISC processor, this paper presents an improved archi-tecture with an off-chip special stack memory.

本文通过分析Berkeley RISC处理器寄存器窗口方法的特点，针对其不足之处提出改进其结构的方法，并给出增加一个芯片外专用堆栈存储器的改进体系结构的设想。

Integrally, the RISC CPU has BIU ( Bus Interfacing Unit), IDU ( Instruction Decoding Unit)-. ALU ( Arithmatic& logic Unit), MMU ( Memory Management Unit) etc.

从整体方面来说，整个微处理器大致分为BIU（总线接口单元）、IDU（指令译码单元）、ALU（算术逻辑单元）、MMU（存储管理单元）等等。

The function of data processing and control of star sensor including the control of booting system, mode switching, star identification, tracking and attitude calculation, and communication between RISC and FPGA are successfully executed on this platform.

在此平台上，成功地实现了星敏感器的数据处理和控制功能，其中包括系统的启动，模式转换控制，星图识别、跟踪和姿态计算，以及与FPGA通讯等。

This paper mainly introduces CISC architecture and RISC architecture of modern computer, and points out existing problems about modern computer based on Ven noman architecture, then respects the developing trend of future computer architecture.

该文系统概述了现代计算机的两种主要体系结构CISC体系和RISC体系，指出了基于冯·诺伊曼体系结构的现代计算机体系存在的问题，展望了未来计算机体系发展方向。

ARM system structure inherits such characters of RISC ( Reduced Instruction Set Computer) as load/ store structure, fixed 32 bit instruction and format of three address instruction.

ARM体系结构继承了RISC结构的加载/存储体系结构、固定长32位指令和三地址指令格式等特性。

The crucial trait of RISC architecture is that it can fit the pipeline compatibly.

RISC体系结构的重要特点是其便于利用流水线结构进行指令操作。

On Designing for Chinese Use a BIU ( Bus Interface Unit) of a 32-bit RISC

32位微处理器总线接口部件的设计