RISC

网络  指令集; 精简指令集计算 机; 精简指令集芯片; 简化指令计算机; 精简指令集计较机

计算机

BNC.6329



双语例句

  1. The PowerPC uses a load/ store ( also called RISC) instruction set, which means that the only time it accesses main memory is for loading into registers or copying a register to memory.
    PowerPC使用了加载/存储(也成为RISC)指令集,这意味着访问主存的惟一时机就是将内存加载到寄存器或将寄存器中的内容复制到内存中时。
  2. The POWER architecture stands for Power Optimization with Enhanced Risc and is the processor used by IBM midrange servers today.
    POWER体系结构表示带有增强的Risc功能的“功率优化”,并且是当今IBM中型服务器所使用的处理器。
  3. In fact, most modern CISC processors actually translate their instructions to an internalized RISC format for efficiency.
    实际上,现代CISC处理器将自己的指令转换成了内部使用的RISC格式,以实现更高的效率。
  4. The first chip actually had several chips on one single motherboard, but was refined to one RISC chip with more than 1 million transistors.
    第一个芯片实际上在一个主板上有几个芯片,但是优化为一个包含超过一百万个晶体管的RISC芯片。
  5. It consisted of over 100 instructions and was known as a complex RISC system.
    它包含超过100种指令,被称为复杂的RISC系统。
  6. Most RISC processors are big-endian.
    大多数RISC处理器都是big-endian。
  7. In this respect, it is similar to Solaris, which can run on their SPARC RISC architecture, as well as x86 machines.
    它与Solaris相似,可以在SPARCRISC体系结构和x86机器上运行。
  8. During the early 1990's, there were five different RISC architectures that were actively competing with one another.
    在90年代早期,有五种不同的RISC体系结构,竞争非常激烈。
  9. As we have seen yet, RISC refers to a new design methodology that indicates a new relationship between hardware and software, rather than a set of technical features.
    据我们所知,RISC是一种表明软硬件之间新关系的新设计方法学,而不是一系列技术特性。
  10. This paper introduces the design of RISC microprocessor with pipelining based on FPGA, which is included the design of key modules and pipelining.
    文章介绍了基于FPGA的流水线RISC微处理器的设计,包括关键模块设计和流水线设计。
  11. In RISC OS SWIs are used to access Operating System routines or modules produced by a3rd party.
    在RISCOS中使用SWI来访问操作系统例程或第三方生产的模块。
  12. The simplicity and regularity of RISC is suitable for pipeline design to boost performance.
    其简单和规律的指令集设计很容易进一步的将指令执行管线化提高处理器效能。
  13. 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。
  14. Many of the complex functions performed in a single, albeit slow, instruction in a CISC processor may require two, three, or more simpler instructions in a RISC.
    许多在一个单一的,虽然缓慢进行,在CISC的处理器指令,可能需要两个,三个或更多的在一个简单的RISC指令的复杂功能。
  15. In this paper, we have hinted at some applications that can drive the design of such RISC data management components.
    在这篇文章中,我们已经隐约可以带动一些应用设计的RISC数据管理等部件。
  16. VLIW chips can cost less, burn less power and achieve significantly higher performance than comparable RISC and CISC chips.
    与RISC和CISC芯片相比,VLIW芯片的成本低、功耗低、并能获得更高的性能。
  17. The emphasis in CPU design shifted to raw performance, and RISC become the new philosophy.
    中央处理器的设计重心转移到原材料的性能,并且精简指令集计算机成为新的理念。
  18. 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。
  19. Unlike CISC processors, RISC engines generally execute each instruction in a single clock cycle, which typically results in faster execution than on a CISC processor with the same clock speed.
    不像CISC处理器,一般的RISC引擎执行在一个时钟周期,每个指令,在快上具有相同的时钟速度的CISC处理器执行一般的结果。
  20. Research on USIM Operating System Based on RISC Core Smart Card Chip
    基于RISC内核的USIM卡操作系统的研究
  21. PWM Method of D/ A Conversion is Achieved in RISC Microcomputer
    在RISC机中实现D/A转换的PWM方法
  22. Increased performance, however, comes at a price: a RISC processor typically needs more memory than a CISC does to store the same program.
    更高的性能,但是,是有代价的:一个RISC处理器通常需要更多的内存比CISC的不来存储相同的程序。
  23. 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。
  24. Hardware implementation of branch predictor in 32 bit RISC microprocessor
    32位RISC微处理器中分支预测器的硬件实现
  25. Design of a RISC/ DSP Microprocessor IP Core Based on Verilog-HDL
    基于Verilog-HDL的RISC/DSP微处理器IP核的设计
  26. Design of system control coprocessor in 32-bit RISC processor
    32位RISC处理器中系统控制协处理器的设计与实现
  27. This high level of integration is accomplished with the onboard RISC processor.
    这种高集成度是完成了机载RISC处理器。
  28. On some RISC platforms, of course, you must have doubleword and quadword values aligned in this way.
    当然,在一些精简指令集的平台上,你必须以这种方式两个字和四个字的值。
  29. Von neumann's advice shows that the foundations of the RISC philosophy are not new.
    冯。诺依曼的建议表明RISC的基本原理并不是新出现的。