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哪一款Intel处理器首先引入超标量执行？Which Intel processor first introduced superscalar execution?

电脑术语“体系结构”通常就是用来描述这种方法的。The buzz word superscalar is commonly used to describe this approach.

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体系结构”通常就是用来描述这种方法的。The buzz-word superscalar is commonly used to describe this approach.

我们知道，一个关键区别在于超标量和超长指令字中的硬件和软件的复杂性分别。The development of RISC and superscalar techniques offers a new way to cache optimization.

对超标量处理器的性能模拟和研究有着实际的意义。And this has practical significance for superscalar processor performance modeling and research.

之间的辩论的优点超标和VLIW指令不仅限于优良药房工作规范宇宙。The debate between the merits of superscalar and VLIW is not only restricted to the GPP universe.

我们知道，一个关键区别在于超标量和超长指令字中的硬件和软件的复杂性分别。We know that a key difference between superscalar and VLIW lies in the hardware and software complexity respectively.

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尽管岩溶水有机污染较普遍，但有机物含量较低，仅局部地段存在有机物超标现象。The organic pollutants exist in karst water with a lower content and superscalar phenomenon only exists in local area.

本文以解决这些问题为背景，利用超标量指令流水原理设计了一个数学规划模型。In order to solve these problems, a mathematical programming model was designed making use of principles of Superscalar Pipelining.

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

超标量ARM处理器提供的特殊权力，使您能够运行所有你的应用程序迅速，顺利，同时进行。The superscalar ARM processor delivers exceptional power and enables you to run all your applications quickly, smoothly, and simultaneously.

处理器的容错机制是通过修改超标量体系结构，利用时间冗余技术实现的。The processor's fault tolerant mechanism mainly using temporal redundancy technique was implemented by modifying superscalar processor architecture.

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本文讨论了系统性能模型在体系结构设计中的作用，研究了高性能微处理器的性能仿真模型设计技术。A system performance model of high performance microprocessor is implemented, which is based on superscalar pipeline technology with the instruction set of i960KA.

一个超标量计算机的编译器必须仔细的安排它产生的指令，交错不同计算的指令，以达到最好的性能。A compiler for a superscalar machine has to carefully schedule the instructions it generates, and interleave instructions from different computations, to achieve maximum performance.

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。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.

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。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.