| 1. | 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。 |
| 2. | 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。 |
| 3. | Based on trace processors , mptp duplicates multiple superscalar processors as processing elements ( pe ) , and executes instruction traces in pes
Mptp处理器以trace处理器为基础，重复设置多个超标量处理单元，把指令流的多条trace发送到处理单元同时执行。 |
| 4. | Compared to its commercial counterparts , the proposed scheme can improve the instruction throughput by 23 % , while maintaining the hardware and power consumption
实验表明，相比商业化的处理器，该策略下的超标量结构在保持电路和功耗开销的同时，指令吞吐率平均有23 %的提高。 |
| 5. | In a multithreaded microprocessor which has a superscalar execution core , with the issue width being larger and the pipeline getting deeper , the misprediction penalty will become longer
在执行单元为超标量结构的多线程处理器中，转移误预测损失会随着指令发射带宽和流水线级数的增加而增加。 |
| 6. | Computer architecture , san diego , california , jun . 2003 , pp . 324 - 335 . 5 lee s j , yew p c . on some implementation issues for value prediction on wide - issue ilp processors . in proc
以集成有值预测机制的乱序执行的超标量流水线模拟平台为基础,本文对先前研究提出的多种值预测器的性能影响进行了测试分析。 |
| 7. | Nowadays , all of the microprocessor designs are often based on the superscalar technology , which has little room for improving performance more due to its two limitations : hard to realize and low resources utilization
当前的处理器主流技术超标量结构由于实现非常复杂和资源利用率低的缺陷而难以再大幅度提高其性能。 |
| 8. | 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。 |
| 9. | With such research background , this dissertation focuses on the research of hardware techniques for thread level parallelism in high performance microprocessors , especially the multithreaded microprocessor which has superscalar execution core
在这种背景下，本文研究支持线程级并行的硬件技术，尤其是执行单元为超标量结构的多线程处理器。 |
| 10. | There are five parts in powerpc603e ? microprocessor : integer execution unit , floating point unit ( fpu ) , instruction ( data ) cache , bus interface unit and memory manage unit . the instructions are executed with pipeline way
Powerpc603e微处理器系统由定点执行单元、浮点单元、指令(数据) cache 、总线接口单元、存储管理单元组成，以流水和超标量方式执行指令。 |
