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Main Author: Bush, Raquel Ana Magalhães
Format: Preprint
Published: 2025
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Online Access:https://arxiv.org/abs/2503.09526
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author Bush, Raquel Ana Magalhães
author_facet Bush, Raquel Ana Magalhães
contents This paper examines the small-world properties of a Spotify artist feature collaboration network, focusing on clustering and diameter. We analyze the giant component and subgraphs based on genres, country-specific charts, and detected communities to assess their small-world characteristics. Results indicate that the network is scale-free and follows a power-law degree distribution, with highly popular artists serving as central hubs. Louvain community detection reveals distinct collaboration clusters aligned with genre-based and industry-driven connections. These findings offer insights into music recommendation systems and digital collaboration trends, contributing to a broader understanding of artist networks in the digital age.
format Preprint
id arxiv_https___arxiv_org_abs_2503_09526
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Analysis of a Spotify Collaboration Network for Small-World Properties
Bush, Raquel Ana Magalhães
Social and Information Networks
05C82, 91D30 (Primary) 05C90, 05C75 (Secondary)
G.2.2; H.2.8; I.5.3
This paper examines the small-world properties of a Spotify artist feature collaboration network, focusing on clustering and diameter. We analyze the giant component and subgraphs based on genres, country-specific charts, and detected communities to assess their small-world characteristics. Results indicate that the network is scale-free and follows a power-law degree distribution, with highly popular artists serving as central hubs. Louvain community detection reveals distinct collaboration clusters aligned with genre-based and industry-driven connections. These findings offer insights into music recommendation systems and digital collaboration trends, contributing to a broader understanding of artist networks in the digital age.
title Analysis of a Spotify Collaboration Network for Small-World Properties
topic Social and Information Networks
05C82, 91D30 (Primary) 05C90, 05C75 (Secondary)
G.2.2; H.2.8; I.5.3
url https://arxiv.org/abs/2503.09526