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Seamless Integration of Handwriting Recognition into Pen-Enabled Displays for Fast User Interaction

机译:笔迹识别与笔式显示器的无缝集成,可实现快速的用户交互

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This paper proposes a framework for the integration of handwriting recognition into natural user interfaces. As more and more pen-enabled touch displays are available, we make use of the distinction between touch actions and pen actions. Furthermore, we apply a recently introduced mode detection approach to distinguish between handwritten strokes and graphics drawn with the pen. These ideas are implemented in the Touch & Write SDK which can be used for various applications. In order to evaluate the effectiveness of our approach, we have conducted experiments for an annotation scenario. We asked several users to mark and label several objects in videos. We have measured the labeling time when using our novel user interaction system and compared it to the time needed when using common labeling tools. Furthermore, we compare our handwritten input paradigm to other existing systems. It turns out that the annotation is performed much faster when using our method and the user experience is also much better.
机译:本文提出了一种将手写识别集成到自然用户界面中的框架。随着越来越多的启用笔的触摸显示器的出现,我们利用了触摸动作和笔动作之间的区别。此外,我们应用了最近引入的模式检测方法来区分手写笔划和用笔绘制的图形。这些想法在Touch&Write SDK中实现,可用于各种应用程序。为了评估我们方法的有效性,我们针对注释场景进行了实验。我们要求几个用户标记和标记视频中的多个对象。我们已经测量了使用我们新颖的用户交互系统时的标记时间,并将其与使用常规标记工具时所需的时间进行了比较。此外,我们将手写输入范例与其他现有系统进行了比较。事实证明,使用我们的方法时,注释执行得更快,并且用户体验也更好。

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