文本输入系统,减少运动障碍用户的工作量

Maxime Baas, Y. Guerrier, C. Kolski, F. Poirier
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引用次数: 9

摘要

本文中介绍的K-Thot虚拟键盘系统旨在减少输入文本所需的工作量(特别是动作),适用于在物理键盘上输入数据有困难的用户。作为本文的一部分,我们将介绍一种虚拟键盘输入来取代物理键盘。K-Thot由十个键组成,每个键包含四个字符,一个是基数。通过选择包含该字符的键并使光标离开目标字符所在的一侧来输入字符。将提出四种设备,第一个将使用经典的azerty布局,第二个将使用字母顺序,第三个将被组织(由算法创建的规定),最后一个将是动态布局(一旦字母被验证,键盘重新排列键上的字母,首先呈现那些最有可能被捕获的字母,感谢N-grams提供的统计数据)。通过对类似系统的分析,对K-Thot进行了详细的说明。给出了初步实验的初步结果并进行了讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Système de saisie de texte visant à réduire l'effort des utilisateurs à handicap moteur
The K-Thot virtual keyboard system presented in this paper aims to decrease the effort (especially movements) needed to make a text input and is intended for users who have difficulty entering data on a physical keyboard. As part of this article, we present a virtual keyboard typing to replace a physical keyboard. K-Thot is composed with ten keys, each containing four characters, one by cardinal point. Entering a character is done by selecting the key containing it and making a cursor leave on the side where the target character is. Four devices will be proposed, The first one will use the classical azerty layout, the second one will use an alphabetical order, the third one will be organized (provision created by an algorithm) and the last one will be a dynamic layout (once a letter has been validated, the keyboard rearranges the letters on the keys to present first those with the highest chance of being captured later, thanks to statistics provided by the N-grams). After an analysis of similar systems, K-Thot is explained in detail. Early results from preliminary experiments are provided and discussed.
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