A Comparative Study of Image Classification Models for Western Notation to Carnatic Notation : Conversion of Western Music Notation to Carnatic Music Notation

V. K. Prathyushaa, P. Chandrasekar, R. Anuradha
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引用次数: 2

Abstract

Western music notation converter is essential in the field of music for the conversion of music notes which are mostly in Western staff notation to its Carnatic music note equivalent. It is difficult for the Carnatic musicians and singers to have the music notes in the form of the corresponding Swaras in Carnatic music to comprehend them. Over the past few decades, researchers have built models that recognise handwritten musical notations called Optical Music Recognition (OMR) [9]. But, when researchers who are from a non-musical background work with digital representations, the task becomes tedious and a need for processing the images arises. Therefore, instead of relying on humans for conversion of notations, image processing models are used with the help of transfer learning and classification is done using 4 models, of which 3 are pre-trained, i.e., ResNet50, VGG19, InceptionV3 and one is a simple CNN model. The models provide competitive results when compared to human experts labelling of datasets.
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西方记谱法与卡纳蒂克记谱法图像分类模型的比较研究——从西方音乐记谱法到卡纳蒂克音乐记谱法的转换
西方音乐符号转换器在音乐领域中是必不可少的,主要用于将西方五线谱中的音符转换为卡纳蒂克音符。卡纳蒂克的音乐家和歌手很难理解卡纳蒂克音乐中相应的斯瓦拉形式的音符。在过去的几十年里,研究人员已经建立了识别手写乐谱的模型,称为光学音乐识别(OMR)[9]。但是,当来自非音乐背景的研究人员处理数字表示时,任务变得乏味,并且需要处理图像。因此,我们不再依赖人类进行符号转换,而是借助迁移学习的图像处理模型,使用4个模型进行分类,其中3个是预训练的,分别是ResNet50、VGG19、InceptionV3,还有一个是简单的CNN模型。与人类专家标记数据集相比,这些模型提供了有竞争力的结果。
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