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Step up the volume: Investigating the environmental effect on the range of possible foot-based interactions

机译:上升音量:研究对可能的脚踏相互作用范围的环境影响

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The usual way of interacting with mobile devices is operating the graphical user interface on the touchscreen with fingertips. There are however many cases in which the user's hands are occupied which demand an alternative way of interaction. In this paper, we presented a use case study to investigate the environmental effect on the possible foot gestures to operate a mobile device without removing it from the pocket. The participants intuitively performed their own foot gestures to execute five common music player commands in two different environments, either inside (alone in a room) or outside (with many people around). An optical flow analysis tool detected the intensity of the foot gestures in both conditions. However, the result revealed no significant effect on both conditions. The qualitative data reflects that the cognitive load is lower for the inside condition compared to the outside condition. Our study results provide first indications for the effectiveness of a foot-based interaction in this application area.
机译:与移动设备的通常交互方式是用指尖在触摸屏上操作图形用户界面。然而,许多情况下,用户的手被占用,需要一种替代的互动方式。在本文中,我们提出了一种用例研究,以研究对可能脚势手势的环境影响,以操作移动设备而不从口袋中移除它。参与者直观地执行了自己的脚手,以在两个不同的环境中执行五个常见的音乐播放器命令,其中(单独在房间里)或外部(有很多人)。光学流动分析工具检测到两个条件中的脚势的强度。然而,结果显示对这两种条件没有显着影响。与外部条件相比,定性数据反映了内部条件的认知负载较低。我们的研究结果为该应用领域的脚踏性互动的有效性提供了第一个适应症。

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