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Development of a glove-type input device with the minimum number of sensors for Japanese finger spelling

机译:具有用于日本手指拼写的最小传感器的手套式输入装置

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A glove-type input device, which can measure hand postures of human beings directly, is one of essential device to develop Virtual Reality environment. The authors have been developing a data-glove which would be able to capture hand postures according to user's demand with the minimum number of sensors. Our previous research estimated the data-glove with six sensors could measure all hand postures for Japanese Finger spellings. Thus, this paper proposes a prototype with six sensors and evaluate whether the prototype glove sensor can distinguish all hand postures of Japanese Finger spellings. This evaluation indicated that dataglove with fewer sensors than conventional number of sensors could distinguish hand postures exactly.
机译:一种手套式输入装置,可以直接测量人类的手势,是开发虚拟现实环境的基本设备之一。作者已经开发了一种数据手套,该数据手套将能够根据用户的需求捕获手姿势,最小的传感器。我们以前的研究估计了具有六个传感器的数据手套可以测量日本手指拼写的所有手部姿势。因此,本文提出了一种具有六个传感器的原型,并评估原型手套传感器是否可以区分日本手指拼写的所有手动姿势。该评估表明,具有较少传感器的传感器数量的DATAGLOVE可以确切地区分手姿势。

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