Look & Pedal: Hands-free Navigation in Zoomable Information Spaces through Gaze-supported Foot Input

Konstantin Klamka, A. Siegel, Stefan Vogt, F. Göbel, S. Stellmach, Raimund Dachselt
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引用次数: 41

Abstract

For a desktop computer, we investigate how to enhance conventional mouse and keyboard interaction by combining the input modalities gaze and foot. This multimodal approach offers the potential for fluently performing both manual input (e.g., for precise object selection) and gaze-supported foot input (for pan and zoom) in zoomable information spaces in quick succession or even in parallel. For this, we take advantage of fast gaze input to implicitly indicate where to navigate to and additional explicit foot input for speed control while leaving the hands free for further manual input. This allows for taking advantage of gaze input in a subtle and unobtrusive way. We have carefully elaborated and investigated three variants of foot controls incorporating one-, two- and multidirectional foot pedals in combination with gaze. These were evaluated and compared to mouse-only input in a user study using Google Earth as a geographic information system. The results suggest that gaze-supported foot input is feasible for convenient, user-friendly navigation and comparable to mouse input and encourage further investigations of gaze-supported foot controls.
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看&脚踏:免提导航在可缩放的信息空间,通过目光支持的脚输入
对于台式计算机,我们研究了如何通过结合凝视和脚的输入方式来增强传统的鼠标和键盘交互。这种多模式方法提供了在快速连续甚至并行的可缩放信息空间中流畅地执行手动输入(例如,精确的对象选择)和凝视支持的脚输入(用于平移和缩放)的潜力。为此,我们利用快速凝视输入来隐式地指示导航位置,并利用额外的显式脚输入来控制速度,同时腾出双手进行进一步的手动输入。这允许以一种微妙而不引人注目的方式利用凝视输入。我们仔细地阐述和研究了三种变体的足部控制,包括单向、双向和多向脚踏板与凝视的结合。在一项使用谷歌地球作为地理信息系统的用户研究中,这些数据被评估并与仅用鼠标输入的数据进行了比较。结果表明,支持凝视的足部输入对于方便、友好的导航是可行的,并且可以与鼠标输入相媲美,并鼓励进一步研究支持凝视的足部控制。
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