Bengali Music Genre Classification Using WaveNet

Md. Nabil Rahman Khan, Khandaker Iffat Jahan Tuli, Most. Sadia Salsabil, S.M. Raiyan Reza,Faisal Muhammad Shah,Sajib Kumar Saha Joy

2023 26th International Conference on Computer and Information Technology (ICCIT)(2023)

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摘要
Music genre classification plays a crucial role in music recommendation and information retrieval. While there have been numerous studies on classifying genres of English music using various machine learning approaches, there is a noticeable absence of similar work for Bangla music classification. Bangla music encompasses a wide range of types and styles that can be classified into different genres. In this research, we focus on six distinct Bangla music genres, including ’Bangla Adhunik,’ ’Bangla Hip-Hop,’ ’Bangla Band Music,’ ’Nazrulgeeti,’ ’Palligeeti,’ and ’Rabindra Sangeet.’ Our dataset consists of 250-300 songs (in .MP3 format) for each genre. By comparing the performances of different models, we demonstrate that our proposed model, using a combination of Principal Component Analysis and K-Fold on the model WaveNet, achieves high accuracy in the multiclass classification of Bangla music genres by comparing with other machine learning and deep learning. This work contributes to the advancement of music genre classification specifically for Bangla music and paves the way for enhanced music recommendation systems and information retrieval in this rich musical tradition.
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关键词
Music Genres,Genre Classification,Music Genre Classification,Machine Learning,Deep Learning,Machine Learning Approaches,Information Retrieval,Performance Of Different Models,Neural Network,Convolutional Neural Network,Support Vector Machine,Artificial Neural Network,Random Forest,Deep Neural Network,Linear Discriminant Analysis,Deep Learning Models,K-nearest Neighbor,Long Short-term Memory,Recurrent Neural Network,Traditional Classification,Mel-frequency Cepstral Coefficients,Gated Recurrent Unit,Deep Learning Classification,Spectral Centroid,Gradient Boosting,Output Filter,Dropout Layer,Curse Of Dimensionality,Beats Per Minute,Convolutional Layers
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