Experimental studies of the correlation between fingers bending angle with voltage outputted from GloveMAP

2014 2nd International Conference on Electronic Design (ICED) Pub Date : 2014-08-01 DOI:10.1109/ICED.2014.7015845

M. F. Ariff Saad, M. H. Ali, K. Wan, D. Hazry, A. Shahriman, Z. Razlan

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Abstract

Modernization of human technology overtime result the need of more freedom technology such as `wired glove' to replace current trend. Joystick, mouse, keyboard and other related output device will be replaced by `Wired Glove' technology which given user more freedom and user friendly. `Wired Glove' does not only limited to personal computer used only, but it can be design to control motor, robot, or even translating sign languages. `Wired Glove' used multiple sensors to extract finger movement data for interpreting human gesture and express it's into outputs such as virtual Realms, computer software, and mechanical device. This paper discusses the experimental studies to correlate the voltage outputted from the dataglove with the finger bending angle. The polynomial regression analysis is proposed to interpret the voltage output into an angle, whereas the information considerable more user approachable. The experimental results show that the proposed methods convert the voltage to angle with 100% accuracy.

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手指弯曲角度与GloveMAP输出电压相关性的实验研究

人类技术的不断现代化导致需要更多的自由技术，如“有线手套”来取代目前的趋势。摇杆、鼠标、键盘等相关输出设备将被“有线手套”技术取代，给用户更多的自由和用户友好。“有线手套”不仅局限于个人电脑，还可以用于控制电机、机器人，甚至翻译手语。“有线手套”使用多个传感器提取手指运动数据，以解释人类手势，并将其表达为虚拟领域、计算机软件和机械设备等输出。本文讨论了数据盘输出电压与手指弯曲角度相关的实验研究。提出了多项式回归分析，将电压输出解释为一个角度，而大量的信息更便于用户接近。实验结果表明，该方法能以100%的准确率实现电压角转换。

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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2014 2nd International Conference on Electronic Design (ICED)

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