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Ensemble Size Classification in Colombian Andean String Music Recordings

机译:哥伦比亚Andean弦乐录制的合奏大小分类

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Reliable methods for automatic retrieval of semantic information from large digital music archives can play a critical role in musico-logical research and musical heritage preservation. With the advancement of machine learning techniques, new possibilities for information retrieval in scenarios where ground-truth data is scarce are now available. This work investigates the problem of ensemble size classification in music recordings. For this purpose, a new dataset of Colombian Andean string music was compiled and annotated by musicological experts. Different neural network architectures, as well as pre-processing steps and data augmentation techniques were systematically evaluated and optimized. The best deep neural network architecture achieved 81.5% file-wise mean class accuracy using only feed forward layers with linear magnitude spectrograms as input representation. This model will serve as a baseline for future research on ensemble size classification.
机译:从大型数字音乐档案中自动检索语义信息的可靠方法可以在音乐逻辑研究和音乐遗产保存中发挥关键作用。 随着机器学习技术的进步,现在可以使用地面真实数据的情况下的信息检索的新可能性。 这项工作调查了音乐录音中的集合尺寸分类问题。 为此,由音乐专家编制和注释哥伦比亚Andean字符串音乐的新数据集。 系统地评估和优化不同的神经网络架构以及预处理步骤和数据增强技术。 使用具有线性幅度谱图的馈线,最佳的深度神经网络架构实现了81.5%的文件均值准确度作为输入表示。 该模型将作为未来研究集合尺寸分类的基准。

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