残疾人无线文本输入和鼠标系统

Chun Hou Cheah, Wai Lum Chooi, Heng Yew Lee, S. Teoh, C. F. Leong
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引用次数: 0

摘要

文本输入系统在现代计算机和智能手机、平板电脑等移动设备中随处可见。然而,大多数这些系统不容易被残疾人操作;该系统要么每个键的面积很小,要么需要主要的手部运动,比如常见的“QWERTY”键盘,它包含了100多个键。所有这些现有的系统都不太理想的残疾人使用作为输入设备。本文提出了一种新的无线文本输入系统,帮助残疾人以最小的手部动作高效地输入文本。从原型机的设计来看,它比传统的键盘要小,便携,轻便,用户友好,内置鼠标功能,操作时间长。实际上,经过测试证明,只需要一只手拿着设备,一根手指就可以进行交互和输入文本。使用的算法是:按-拖-放算法,即用户只需要按下红外板,然后手指在板上拖动选择字母,最后释放手指输入字母。实验结果表明,该系统便携(7.5cm × 5.5cm × 5.5cm),重量轻(100克,不含电池),用户友好,具有许多内置功能(Esc,复制,剪切,粘贴,Ctrl-A和鼠标),工作时间长(10,000 mAH电池工作时间29.4小时)。对于每分钟字数(WPM),实验表明,根据用户的熟练程度,它可以达到高达5到10个WPM。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wireless Text Entry and Mouse System for the Handicapped
Text entry system can be found commonly in modern computer and mobile devices such as smartphone and tablet. However, most of these systems are not easily operable by the handicapped; the system either has small area size of each key or requires major hand movement, such as in the case of the common "QWERTY" keyboard that contains over a hundred keys. All of these present systems are less than ideal for the handicapped to use as input device. In this paper, a new wireless text entry system is proposed to help the handicapped people to input text efficiently with minimum hand movement. From the design of the prototype, it is smaller than the traditional keyboard, portable, lightweight, user friendly, and long operating hours with built-in mouse function. Practically, it is tested and proven that only one hand is needed to hold the equipment and one finger to interact as well as to input the text. The algorithm used is: Press-Drag-Release algorithm, namely the user just need to presses on the infrared board, followed by finger dragging around the board for letter selection, and lastly, releasing of finger for input the letter. From the result of experiments, the proposed system was tested and proven portable (7.5cm × 5.5cm × 5.5cm), lightweight (100 grams excluding battery), user-friendly with many built-in functions (Esc, Copy, Cut, Paste, Ctrl-A, and Mouse), and long operating hours (29.4 hours operating time with 10,000 mAH battery). For Words Per Minute (WPM), the experiment shows that it can achieve as high as 5 to 10 WPM depends on the skillfulness of the user.
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