superscalar

superscalar

1. LEAP has solved or partly conquered the inherent problems of superscalar by predigesting control logic and increasing the efficient computing units on chip.

LEAP采用简化控制逻辑、大幅提高片上有效计算单元比例的设计思想，解决或部分解决了超标量技术的本质问题，能够有效提高以循环为核心的应用程序的执行效率。

2. The simplicity of RISC also makes it easier to design superscalar processors -- chips that can execute more than one instruction at a time.This is called instruction-level parallelism.

RISC的简单性也使设计超级标量处理器较为容易，这种芯片一次能执行几个指令，这被称为指令级的并行处理。

3. VLIW chips don't need most of the complex control circuitry that superscalar chips must use to coordinate parallel execution at runtime.

VLIW芯片不需要超级标量芯片为运行时协调并行处理所采用的复杂控制电路。

4. [Superscalar Processor] A processor design that includes multiple-instruction pipelines,so that more than one instruction can be executed in the same pipeline stage simultaneously.

[超标量处理器]一种处理器，内含了多条流水线，从而使多条指令可以同时使用相同的流水线步骤。

5. For modern wide-issue superscalar processors, high performance instruction fetch unit is the key component to keep the powerful execution engine operating in full speed.

中文摘要对现代能够进行多重发送的超纯量处理器而言，指令提取单元是让高效力的执行单元能够保持全速运作的关键之一。

6. Nowadays, X86 CPU all have superscalar computing ability.

中文摘要现今的X86处理器都具有超纯量的处理能力。

7. However, it ignored superscalar architectures and is certainly not what author would write today.

但是，它忽视了超标量体系结构并且它肯定不是作者今天所编写的。

8. Keywords Low-Power design,Flip-Flop,Sequential Circuit,RISC,Superscalar;

低功耗设计;触发器;时序电路;精简指令计算结构;超标量微处理器;

9. 4.A superscalar Laundromat, for example, would use a professional machine that could say and wash three loads at once.

例如，一家超标量体系的自助洗衣店，将会采用很快就能洗三倍洗衣量的专门机器。

10. Secondly, the issue logic is not only the critical path in a superscalar microprocessor, but also critical to the performance of a multithreaded microprocessor with superscalar execution core.

其次，指令发射逻辑是超标量处理器中的关键路径，也是制约执行单元为超标量结构的多线程处理器主频提高的关键因素。

11. Design of ALU of Superscalar Microprocessor Compatible with MIPS Instruction System

兼容MIPS指令集的超标量微处理器ALU设计

12. AN ANALYTICAL MODEL OF SPECULATIVELY EXECUTED SUPERSCALAR PROCESSOR

前瞻性执行超标量处理器的性能分析模型

13. PENTIUM: SUPERSCALAR RISC ARCHITECTURE WITH DOUBLE PIPELINE PIPES

双流水线超标量体系结构Pentium

14. Compared with superscalar general-purpose microprocessor,reconfigurable processor can gain an average speedup of 3.59 but power is only increased by 1.48 on average.

可重配置处理器与超标量通用微处理器相比,在性能方面获得的平均加速比为3.59,而在功耗方面的平均增长率仅为1.48;

15. Hence, a 250- megahertz, four-way superscalar microprocessor can execute a billion instructions per second.

因此一台250兆赫、四线超标量体系结构的微处理器能在一秒钟内执行十亿条命令。

16. Pipelining, superscalar organization and caches will continue to play major roles in the advancement of microprocessor technology, and if hopes are realized, parallel processing will join them.

在微处理器技术的发展中，流水线操作、超标量体系结构和高速缓冲内存储器仍将扮演着重要的角色。如果可能，平行处理方法也会加人。

17. It solve the traditional towels, wipes, wash sponge and paper towels superscalar bacteria serious social and health issues.

它彻底解决了传统毛巾，湿巾，洗脸海绵及纸巾的细菌严重超标的社会卫生 问题。

18. A multi-ported register file is often required by the superscalar microprocessor to handle multiple simultaneous loads and stores, which cause large increase in area and power consumption.

对于流水线型的超大规模微处理器,通常采用多端口的寄存器堆暂存中间数据,这些读写操作势必增加寄存器堆的芯片面积和功耗。

19. Simultaneous multithreading（SMT） is a technique that permits multiple independent threads to issue multiple instructions each cycle to a superscalar processor’s functional units.

摘要 同时多线程（SMT）是一种允许多个独立的线程每周期发射多条指令的技术，这种技术充分利用了可能存在的指令级并行和线程级并行，提高了有限资源的利用率。

20. Method and systems are disclosed for exploring instruction-level parallelism in superscalar processors by renaming stack entries.

本发明揭露了经由重新命名堆叠记录之方法与系统装置，以发掘超纯量处理机指令间平行度。

21. Modem superscalar microprocessors try to perform anywhere from three to six instructions in each stage.

现代超标量体系结构的微处理器努力在流水线操作的每一步中完成三到六条命令。

22. The buzz-word superscalar is commonly used to describe this approach.

电脑术语“超标量体系结构”通常就是用来描述这种方法的。

23. superscalar machine

计算机超级标量

24. Gives techniques for improving the speed of matrix multiplication by more than a factor of two on superscalar RISC processors.

讲述在超标量RISC处理器上用大于二的因子来提高矩阵相乘的速度的方法。

25. Bernstein's algorithm, which is targeted for superscalar processor, to EPIC processor Itanium.

该文作者将Bernstein的基于超标量处理机的全局指令调度算法应用于显式并行 (EPIC)的Itanium处理机上 .

26. superscalar computer

超标标量计算机

27. Superscalar and Superpipline Hybrid Microprocessor Pentium

超标量与超流水线混合结构微处理器pentium

28. Superscalar processing bears similarities to parallel processing, and it is more popular because the hard- ware automatically finds instructions that launch at the same time.

超标量体系结构的处理方法与平行处理有很大的相似性，之所以它很流行是因为电脑硬件自动地寻找同时发送的命令。

29. Research and Application on Superscalar Microprocessors

超标量微处理器研究与应用

30. Research and Application on Superscalar Processor

超标量技术及结构研究与应用

31. superscalar pipeline

超标量流水线

32. superscalar degree

超标量的度

33. superscalar architecture

超标量结构

34. superscalar processor

超级标量处理机

35. superscalar microprocessor

超级标量微处理器

36. superscalar hardware

超级标量硬件

37. Branch instruction has serious effect on the performance of superscalar microprocessor.

转移指令，特别是条件转移指令是影响超标县处理器性能的关键。

38. Static Superscalar architecture which supports 1, 8, 16 and 32-bit fixed point as well as floating point data processing

静态超标量体系结构支持1、8、16和32位定点和浮点数据处理