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Pengoreksi Nada Menggunakan Mikrokontroler untuk Meningkatkan Kualitas Suara pada Biola

机译:音高校正器使用微控制器改善小提琴的音质

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Violin is a frteless musical instrument so that carefulness of the player affects the tone quality. For begineers, it tooks a lot of time for fingering process, so if they are not skillfull enough it will generate many out-of-tune pitches which uncomfortable to be heard. For clearing this issue, it needs an equipment for generating in-tune pitches while the violinist is playing-live. System is made using sound sensor for receiving the wave of the violin, turned it out to electric signal and then detecting its pitch value – reading it as the interval of the main frequency – and then playing desired in-tune audio data of violin tones. The main process is done by microcontroller supported by audio shield. The output is in-tune audio data which played through speaker. System achieved 100% accuracy while using pure sinusoid wave tones for testing. System achieved? 17,33% accuracy while? using pre-recorded violin tones for testing. System achieved 10,66% accuracy while using live-played violin tones for testing.
机译:小提琴是一种无品味的乐器,因此演奏者的谨慎会影响音色。对于初学者而言,指弹操作需要花费大量时间,因此如果他们的技巧不够熟练,则会产生许多不合时宜的音调,让人难以听到。为了解决这个问题,它需要一种在小提琴演奏者现场演奏时产生音调的设备。该系统使用声音传感器接收小提琴的波,将其转换为电信号,然后检测其音高值-将其读取为主要频率的间隔-然后播放所需的小提琴音调音频数据。主要过程由音频屏蔽支持的微控制器完成。输出是通过扬声器播放的实时音频数据。使用纯正弦波音调进行测试时,系统达到了100%的精度。系统实现了吗? 17,33%的准确度是多少?使用预先录制的小提琴音调进行测试。使用现场演奏的小提琴音调进行测试时,系统达到了10.66%的准确度。

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