[海报]触觉环接口在虚拟现实环境中实现空中书写

Ki-Won Yeom, J. R. Kwon, Ju-Hyuck Maeng, Bum-Jae You
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引用次数: 8

摘要

我们介绍了一种新型的手指戴环界面,通过三维手部运动在虚拟现实环境中实现复杂的空间交互。当用户的手指到达某个3D位置时,可穿戴环界面会以振动的形式向用户提供物理反馈。指尖的位置被提取,链接,然后重建为一个轨迹。该系统允许佩戴者在半空中书写字符,就像他们在使用想象中的白板一样。用户可以自由地在空中实时书写韩文、英文字母、大小写字母、数字,准确率超过92%。因此,现在可以想象,人们可以在当代基于触摸的设备上做的任何事情,他们都可以在半空中用伪接触界面完成。
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[POSTER] Haptic Ring Interface Enabling Air-Writing in Virtual Reality Environment
We introduce a novel finger worn ring interface that enables complex spatial interactions through 3D hand movement in virtual reality environment. Users receive physical feedback in the form of vibrations from the wearable ring interface as their finger reaches a certain 3D position. The positions of the fingertip are extracted, linked, and then reconstructed as a trajectory. This system allows the wearer to write characters in midair as if they were using an imaginary whiteboard. User can freely write in the air using Korean characters, English letters, both upper and lower case, and digits in real time with over 92% accuracy rate. Thus, it is now conceivable that anything people can do on contemporary touch based devices, they could do in midair with a pseudocontact interface.
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