Evaluation of a bimanual simultaneous 7DOF interaction technique in virtual environments

Isaac Cho, Z. Wartell
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引用次数: 24

Abstract

This paper introduces our novel bimanual interaction technique, Spindle+Wheel that provides simultaneous 7DOF. Spindle+Wheel takes advantage of greater finger dexterity, the “bandwidth-of-the-fingers” and passive haptics, by using a pair of precision-grasp 6DOF isotonic input devices rather than using either a tracked pair of pinch gloves or a pair of power-grasped 6DOF isotonic input devices. Two user studies were conducted to show that our simultaneous 7DOF interaction technique outperforms a previous two-handed technique as well as a one-handed scene-in-hand technique for a 7DOF travel task.
虚拟环境中人机同步7自由度交互技术的评价
本文介绍了一种新型的同时提供7自由度的主轴+车轮的人机交互技术。主轴+车轮利用更大的手指灵巧性,“手指的带宽”和被动触觉,通过使用一对精确抓取6DOF等张输入设备,而不是使用一对跟踪夹手套或一对功率抓取6DOF等张输入设备。两项用户研究表明,我们的同步7DOF交互技术在7DOF旅行任务中优于之前的双手技术和单手场景技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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