信息科学与电子工程教育中的机器人服务

Yuehai Wang, Yinong Chen, Xiaofan Tong, Yubo Lee, Jianyi Yang
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引用次数: 5

摘要

本文报道了为应对ACM课程委员会审查工作组报告的招生危机,浙江大学为信息科学与电子工程专业大一新生开发并教授的新设计的程序设计课程,并推广到其他多所大学。本课程教授信息科学和电子工程的基本概念,并通过机器人编程让学生获得实际的编程经验。介绍了课程的初始设置和课程的持续改进。课程从使用亚利桑那州立大学视觉物联网/机器人编程环境(VIPLE)的实验环境开始。该环境支持多种平台,包括基于开放架构的机器人,如英特尔机器人、PCDuino机器人、供应商特定的机器人,如乐高EV3,以及模拟机器人,如HTML5中的Web模拟机器人和基于unity的3D机器人。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Robot as a Service in Information Science & Electronic Engineering Education
This paper reports the newly designed programming course developed and taught at Zhejiang University for a freshman class majoring in information science and electronic engineering, and disseminated to many other universities, to address the enrollment crisis as reported by ACM Curriculum Committee Review Task Force. The course teaches the basic information science and electronic engineering concepts and gives the students practical programming experience through robotics programming. The initial curriculum and the ongoing improvement of the course are presented. The course started with its experiment environment using ASU Visual IoT/Robotics Programming Environment (VIPLE). The environment supports a variety of platforms, including open architecture-based robots, such as Intel robots, PCDuino robots, vendor-specific robots, such as Lego EV3, as well as simulated robots, such as Web simulated robots in HTML5 and Unity-based 3D robots.
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