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Virtual piano with real-time interaction using automatic marker detection

机译:虚拟钢琴采用自动标记检测实时交互

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This paper aims to apply the object detection used in Augmented Reality (AR) technology to a real-time application for musical instrument, a virtual piano. The proposed application does provide the sounds of musical notes and also display the corresponding notations of the playing notes. Both features allow people with hearing disability or muscular weakness or even ones who cannot exert their pressure on the general keyboard instruments to play music, due to their physical disabilities. The experimental results demonstrated that the error of the playback sounds is only 0.5 percent which is only 2 times measured from tapping 50 markers for 400 times in real time. However, all errors are because of the wrong positions of the player's hand as some of his fingers accidentally covered over the unexpected markers during playing the virtual piano.
机译:本文旨在将用于增强现实(AR)技术用于乐器,虚拟钢琴的实时应用程序应用对象检测。建议的应用程序确实提供了音符的声音,并显示了播放笔记的相应符号。由于身体残疾,这两个特征都允许有听力残疾或肌肉弱点甚至是无法对普通键盘仪器发挥压力的人。实验结果表明,播放声音的误差仅为0.5%,只有2次,只有2次,从攻丝50标记实时测量400次。然而,所有错误都是因为玩家手的错误位置,因为他的一些手指在播放虚拟钢琴期间意外地覆盖了意外标记。

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