Music Network Data Analysis Based on ISOMAP Algorithm Model

Author:

Zhong Kai,Liu Shangqian,Li Yue,Xu Yanling

Abstract

Abstract The development of music is a tortuous process, and the network relationship between each genre and each artist is intricate. In order to have a better understanding of the history of music, this paper tells the stories hidden in the history of music by means of data processing. Firstly, this paper establishes a model to evaluate the similarity between music by using ISOMAP algorithm. At the same time, the forest evolution model was established to mark the most revolutionary musical characters. Finally, using the Page-Rank algorithm, we get the founders of several music genres. It turns out that the figures who led the development of music don’t coincide with the figures who revolutionized music. Through the analysis of this paper, we can more clearly understand the development of music and the evolution of genres.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference11 articles.

1. Singing “Past, Present and Future”: Music in Early American Commemoration[J];Laura;Journal of the Society for American Music,2021

2. Prison and the Law in Modern American and British Popular Music[J];Rodney,2020

3. Investigating style evolution of Western classical music: A computational approach[J];Weiß;Musicae Scientiae,2018

4. Statistical Evolutionary Laws in Music Styles[J];Nakamura;Scientific Reports,2019

5. How do new music genres emerge? Diversification processes in symbolic knowledge bases[J];Klement;Regional Studies,2019

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