计算机导论课程模块化虚拟实验室的开发

I. Branovic, D. Markovic, R. Popovic, V. Tomasevic, Dejan Zivkovic
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引用次数: 1

摘要

本文描述了基于ACM-IEEE计算机科学课程为不同的计算机入门课程开发虚拟实验室的过程。该实验室被设计成一个3D虚拟协作系统,精心开发的教学序列涵盖了不同的,经常重叠的教学科目。每个实验室的中心目标是一个PC的复合模型,其基本组件适合于教授计算机体系结构、编程和操作系统课程。同样的PC模型也与其他复合3D硬件模型一起用于网络和以网络为中心的课程。我们开发的3D计算实验室有两个优势。首先,它所应用的复合组件模型可以帮助学生通过从不同角度看待的交叉问题获得对计算技术的完整理解。其次,通过跟踪学生的活动和进度,教师可以很容易地识别出最难的教学概念,并相应地修改教学大纲。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of modular virtual lab for introductory computing courses
This paper describes the ongoing process of developing a virtual lab for different introductory computing courses based on the ACM-IEEE Computer Science Curricula. The laboratory is designed as a 3D virtual collaborative system with carefully developed instructional sequences covering different, often overlapping teaching subjects. The central object to every lab is a composite model of PC whose basic components are suitable for teaching computer architecture, programming, and operating systems courses. The same PC model is also used in conjunction with other composite 3D models of hardware for networking and net-centered courses. The 3D computing lab that we develop offers two advantages. First, composite component model it applies helps students gain a complete understanding of computing technology through interleaving problems viewed from different perspectives. Second, by following students' activities and progress, instructors can easily identify the most difficult teaching concepts and modify their syllabi accordingly.
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