Scopus Indexed Publications

Paper Details


Title
Musical Instrument Classification Based on Machine Learning Algorithm
Author
Hasanuzzaman Anuz, Abu Kaisar Mohammad Masum, Sheikh Abujar, Syed Akhter Hossain,
Email
hasanuzzaman15-10298@diu.edu.bd
Abstract

Musical instrument classification from an audio file is a very interesting and important topic in machine learning. In this paper, we represent a method to classify a musical instrument from a single audio file of a specific instrument. We focus on classifying six musical instruments that are very popular for Indian subcontinent, basically used to folk songs. It is also helpful for music genre classifiers. A fairly small dataset contains 600 audio files from harmonium, flute, monochord (ektara), cylindrical wooden drum (dhol), tawala, and violin that are classified using MFCC and various types of classifier. MFCCs are based on signal disintegration with the help of a filter bank. The great things of MFCCs over spectrogram is that they try to model the way perceive like frequency. To classify musical instruments, we are used as the k-nearest neighbor and support vector machine classifier with RBF kernel which provides optimum classification ability. A very high accuracy is achieved (97%) on the test set of our generated dataset.

Keywords
SVM KNN Kernel MFCCs Feature extraction
Journal or Conference Name
Lecture Notes in Networks and Systems
Publication Year
2021
Indexing
scopus