“Crosscutting Themes in Computer Science: Where Does PDC Education Fit?”

R. Raj
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Abstract

Since 1968, ACM and IEEE Computer Society have jointly led the development of curricular guidelines in various computing disciplines, starting with Computer Science (CS). The last major release of the undergraduate CS Curriculum Guidelines (CS2013) recognized 18 knowledge areas underpinning the discipline; the next decennial release is also likely to have the same number of knowledge areas. Viewing these knowledge areas as distinct silos does disservice to their interconnected nature, especially as crosscutting or recurring themes run across them and help to unify fundamental concepts in the CS discipline. In this talk, I will discuss crosscutting themes as providing an orthogonal view of the CS discipline, a view girded by knowledge and experience gained over the past 50 years. Providing explicit instruction in the presence and variety of crosscutting themes in CS will help students see each area not just in a silo of insular ideas, but also as part of the ethos of the discipline. I will use examples from the different knowledge areas to show where Parallel and Distributed Computing could fit into CS.
计算机科学的横切主题:PDC教育适合哪里?
自1968年以来,ACM和IEEE计算机协会联合领导了各种计算学科的课程指南的开发,从计算机科学(CS)开始。最新发布的本科计算机科学课程指南(CS2013)认可了支撑该学科的18个知识领域;下一个十年一次的版本也可能包含相同数量的知识领域。将这些知识领域视为不同的筒仓,不利于其相互联系的本质,特别是当横切或反复出现的主题贯穿其中并有助于统一CS学科中的基本概念时。在这次演讲中,我将讨论横切主题,以提供计算机科学学科的正交视图,这是一种由过去50年来获得的知识和经验所支撑的视图。在CS的存在和各种横切主题方面提供明确的指导,将帮助学生不仅在孤立的想法中看到每个领域,而且还将其视为学科精神的一部分。我将使用来自不同知识领域的示例来展示并行和分布式计算在CS中的应用。
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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