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Threshold test on grasping diameter for evaluation of passive force display glove system precision

机译:抓握直径阈值测试,以评估被动力展示手套系统的精度

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We developed a passive-type force display glove consisting only of passive elements like brakes to generate the forces used when displaying virtual objects. The glove is thus elementally safe. However, previous research implies that while this glove system can be used to present VR objects, large errors remain. In this research, we therefore worked toward high accuracy conversion for the passive force display glove to minimize the grip sensation error. The software for presentation of cylinder-type VR objects was improved, and threshold testing of the grasping diameter was conducted to clarify the grip size discrimination ability. From the results obtained, we considered the accuracy requirements for the glove system. The accuracy requirements become part of a design template for a new passive-type force display glove.
机译:我们开发了一种被动式力显示手套,该手套仅由被动元件(例如制动器)组成,以产生显示虚拟物体时使用的力。因此,手套在本质上是安全的。但是,先前的研究表明,尽管该手套系统可用于呈现VR对象,但仍然存在较大的误差。因此,在这项研究中,我们努力实现被动力显示手套的高精度转换,以最大程度地减少抓地感误差。改进了用于显示圆柱型VR对象的软件,并进行了抓握直径的阈值测试以阐明抓握大小的辨别能力。根据获得的结果,我们考虑了手套系统的精度要求。精度要求已成为新型无源力显示手套设计模板的一部分。

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