Economical Solution for an Easy to Use Interactive Whiteboard

Zhixun Wang, James Louey
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引用次数: 13

Abstract

This paper presents a new technology combining infrared tracking and Bluetooth communication to create an effective and low cost interactive whiteboard, the wiimote whiteboard. The author, a high school student, got the idea after he observed inattentive students and a deteriorating classroom environment on several occasions. After extensive research, he decided to solve the problem by building an interactive whiteboards. This paper gives the details, including how to gather the components, assemble the elements, install software, setup and calibrate the whiteboard. Due to the frequent low tracking resolution of the device, four methods of improving the tracking resolution are also provided, based on the author's many tests. Finally, the paper analyzes the basic theory, compares wiimote with the commercial whiteboard, introduces the history of the new technology, and lists a number of useful resources for referencing. With the help of the author's school and the advisor's funding, the device was successfully installed at Watertown High School of Connecticut.
经济的解决方案,一个易于使用的交互式白板
本文提出了一种结合红外跟踪和蓝牙通信的新技术,用于制作一种高效、低成本的交互式白板——远程白板。作者是一名高中生,他在几次观察到学生注意力不集中和课堂环境恶化后产生了这个想法。经过广泛的研究,他决定通过建立一个交互式白板来解决这个问题。本文详细介绍了电子白板的组成、元件的组装、软件的安装、设置和校准。针对设备跟踪分辨率经常偏低的问题,根据笔者的多次测试,提出了四种提高设备跟踪分辨率的方法。最后,本文对其基本原理进行了分析,并将其与商用白板进行了比较,介绍了新技术的发展历史,并列出了一些可供参考的有用资源。在作者所在学校的帮助和导师的资助下,该装置成功地安装在康涅狄格州的沃特敦高中。
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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