基于深度学习的两两交叉相似矩阵翻唱歌曲识别

Manan Mehta, Anmol Sajnani, Radhika Chapaneri
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引用次数: 4

摘要

根据定义,翻唱歌曲是对以前发行的歌曲的演绎,将这些翻唱歌曲映射到它们的原始歌曲被定义为“翻唱歌曲识别”。在本文中,我们提出了使用卷积神经网络(CNN)模型和迁移学习来提取特征的多种翻唱歌曲识别方法,这些特征可以在统计模型上进行二分类训练。我们开发了两个CNN模型,它们在交叉相似矩阵上进行训练,该矩阵是由一对歌曲作为输入生成的。首先,我们设计了一个简单的CNN架构,它在两个标签上进行训练。盖对关系;2. 非覆盖对关系。我们的第二种方法使用CNN模型,称为Inception模型。我们通过为两个标签生成交叉相似矩阵来训练模型,然后将它们转换成图像。在后期,我们使用排序方法,将覆盖关系的概率按降序排序,并选择概率最高的歌曲作为匹配。基于评价,Inception模型表现最好,准确率为93.4%。
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Cover Song Identification with Pairwise Cross-Similarity Matrix using Deep Learning
A cover song, by definition, is a rendition of a previously released song and mapping these cover songs to their original song is defined as ”Cover Song Identification.” In this paper, we propose multiple cover song identification methods using Convolutional Neural Network (CNN) models as well as transfer learning to extract features which can be trained on statistical models for binary classification. We develop two CNN models that are trained on a cross-similarity matrix which is generated from a pair of songs as input. Firstly we designed a simple CNN architecture that was trained on two labels 1. cover pair relationship; 2. non-cover pair relationship. Our second approach uses a CNN model known as the Inception Model. We train the model by generating cross-similarity matrices for both the labels and then converting them into images. At later stage, we use a ranking method that sorts the probabilities of the cover relation in descending order and the song with the highest probability is chosen as a match. Based on the evaluation, Inception model performs the best, scoring the accuracy of 93.4%.
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