拉,按,感应与平:透明触摸覆盖智能手机

Zhuoming Zhang, Jessalyn Alvina, F. Détienne, É. Lecolinet
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引用次数: 2

摘要

智能手机的屏幕是触敏的,提供丰富的视觉输出功能,但不允许用户控制大范围的压力输入,也不提供丰富的压力感觉。我们提出In-Flat,一种用于智能手机的输入/输出压敏覆盖。In-Flat由一个透明的可充气皮肤状硅层组成,可以放在智能手机的顶部或背面。作为输出设备,In-Flat提供了有形的可视性和动态压力反馈以及视觉显示。作为一种输入设备,In-Flat允许用户连续执行各种输入手势,特别是按和捏拉手势。因此,in - flat可以用于在移动交互中精细地操纵视觉对象或调解人与人之间的触摸交流。与以往主要关注按压的研究不同,我们研究了捏拉的性能,并将其与按压进行了比较。我们的实验(N=12)表明,参与者可以进行捏拉(83.8%)和按压(84.7%),但在进行捏拉时感觉更有控制力。我们探索了使用In-Flat来实现视觉显示和触摸输入/输出相结合的多模态交互。参与者喜欢这种耦合以及In-Flat设备提供的触摸感觉。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pulling, Pressing, and Sensing with In-Flat: Transparent Touch Overlay for Smartphones
Smartphones’ screens are touch-sensitive and offer rich visual output capabilities, but do not allow users to control a wide range of pressure input nor provide rich pressure sensations. We propose In-Flat, an input/output pressure-sensitive overlay for smartphones. In-Flat consists of a transparent inflatable skin-like silicon layer that can be placed on the top or the back of a smartphone. As an output device, In-Flat offers tangible affordances and dynamic pressure feedback coupled with visual display. As an input device, In-Flat enables users to continuously perform a wide range of input gestures, notably press and pinch-and-pull gestures. Thus, In-Flat can be used to finely manipulate visual objects in mobile interaction or mediate interpersonal touch communications. In contrast to previous studies that mostly focus on press, we investigated the performance of pinch-and-pull and compared it with press. Our experiment (N=12) showed that participants could perform pinch-and-pull (83.8%) as well as press (84.7%), but felt having more control when performing pinch-and-pull. We explored the use of In-Flat to enable multimodal interaction that couples visual display and touch input/output. Participants appreciated this coupling as well as the touch sensation supplied by the In-Flat device.
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