用于大规模交互表面上文本输入的自适应界面

Johannes Hirche, Peter Bomark, Mikael Bauer, Pawel Solyga
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引用次数: 14

摘要

在本文中,我们提出了一种在大型交互式界面上输入文本的新方法,使用多种策略来解决在这种设备上输入文本的固有困难。它没有使用传统的全尺寸QWERTY键盘布局,而是使用一组非常有限的按钮,通过使用单词预测和提示,只需要最少的手指运动。输入机制在某种程度上与使用有限尺寸和按键数量的键盘时所采用的输入法有关,通常用于电话和其他10位键盘。考虑到这种方法的主要动机不是有限的尺寸,而是为了克服用手指在平坦和无特征的表面上定位键的困难任务,这使得触摸打字非常困难,并且需要经常对手指位置进行视觉监控,我们选择通过易于制作的手势,适应用户手部解剖结构的布局以及易于控制文本预测来增强交互。
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Adaptive interface for text input on large-scale interactive surfaces
In this paper we present a novel approach to text input on large interactive surfaces using a combination of strategies to resolve the inherent difficulties with text input on such a device. Instead of using a conventional full size QWERTY based layout, the idea is to use a very limited set of buttons that, by using word prediction and hints, would only require minimal finger movement. The input mechanism is somewhat related to input methods employed when using keyboards with a limited size and amount of keys, commonly found in phones and other 10 digit keyboards. Given that the main motivation to this approach was not the limited size but rather to overcome the difficult task of locating keys with fingers on a flat and featureless surface, making touch-typing very difficult and requiring frequent visual monitoring of the finger position, we opted to enhance the interaction with easily made gestures, a layout that adapts to the hand anatomy of the user, and easy control over the text prediction.
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