In the thesis we designed a 64-bit 11-stage clustered superscalar processor. We devised a high-performance front end including combining branch prediction and rename techniques.
本论文完成了一个64位11级流水线的分簇超标量处理器的设计。
参考来源 - 基于Alpha的分簇超标量处理器IU单元的设计·2,447,543篇论文数据，部分数据来源于NoteExpress
And this has practical significance for superscalar processor performance modeling and research.
对超标量处理器的性能模拟和研究有着实际的意义。
The processor's fault tolerant mechanism mainly using temporal redundancy technique was implemented by modifying superscalar processor architecture.
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 superscalar ARM processor delivers exceptional power and enables you to run all your applications quickly, smoothly, and simultaneously.
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。
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