标量流水线

超标量流水线的设计难点在于如何高效的实现动态调度和寄存器重命名算法，以及如何设计多读多写的寄存器堆。

When we implement the design , we can find that the key point of superscalar pipeline design is how we can implement an efficient dynamic scheduling model and the register file .

超标量、超流水线定点RISC核设计浅谈RISC技术

The Design of RISC Core by Super-scalar and Super-pipelined Fixed-point Technique

超标量、超级流水线处理机的性能分析

Analysis of Superscalar Processor and Superpipelined Processor Performance

文章介绍了流水线处理机的工作原理，并首次利用排队理论，对超标量、超级流水线性能进行了解析评价和比较，讨论了提高流水线处理机性能的几个途径和如何选择合理的流水线级数。

In this paper , pipelined processor is expounded , and analytic performance of Superscalar Processor and Superpipelined in queueing theory , the analysis provides many method and theoretical basis for improve performance pipelined processor .

随着高性能超标量处理器的流水线深度和发射度的增加，为挖掘宽发射、深度流水线处理器的潜在性能，设计一个杰出的转移预测器已变得越来越重要。

As the pipeline depth and issue rate of high-performance superscalar processors increase , the importance of an excellent branch predictor becomes more crucial to delivering the potential performance of a wide-issue , deep pipeline processor .

本文介绍了超标量处理机、超级流水线处理机、超级流水线超标量处理机的基本原理和流水处理过程；列举了三种处理机典型机器的基本结构；

In this paper , the fundamental principles and pipelined process of superscalar processor , superpipelined processor and superpipelined superscalar processor are expounded , and the typical architectures of the three processors are presented .