Facilitating learning in advanced computer architecture through appropriate simulation

B. Gunther
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引用次数: 2

Abstract

This paper examines the unique difficulties faced in teaching and learning in computer architecture at 4th-year level especially for computer science students with no engineering background. The University of South Australia's Computer Architecture subject was introduced in 1998 to provide final-year students with an in-depth treatment of computer architecture that will be relevant to software professionals. To explore topics in compiler optimisation, modern superscalar architectures, and high performance computing in a cached environment requires the support of processor simulation software in laboratory assignments. The PPS suite of software (simulator, assembler, C compiler, and utilities) were written to address the lack of suitable existing tools. PPS features sufficient realism to accommodate a broad range of student exercises, but this is offset by simplicity of design and ease of use to make learning enjoyable. Student feedback on the software was positive, especially with regard to enhancing understanding of material.
通过适当的模拟促进对高级计算机体系结构的学习
本文探讨了四年级计算机体系结构教学中面临的独特困难,特别是对于没有工程背景的计算机科学专业学生。南澳大学的计算机体系结构课程于1998年开设,目的是为最后一年的学生提供与软件专业相关的计算机体系结构的深入研究。为了探索编译器优化、现代超标量架构和缓存环境中的高性能计算等主题,需要在实验室作业中支持处理器模拟软件。编写PPS软件套件(模拟器、汇编器、C编译器和实用程序)是为了解决缺乏合适的现有工具的问题。PPS具有足够的现实性,以适应广泛的学生练习,但这被设计的简单性和易用性所抵消,使学习变得愉快。学生对该软件的反馈是积极的,特别是在提高对材料的理解方面。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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