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Comusic

Comusic.

Comusic is an ongoing project that seeks to study the impact of collaboration networks' topological features on musical success. To that end, we analyze and identify such characterizations in a musical success-based network; that is, a network composed only of successful artists. Our findings offer a new perspective on success in the music industry, unraveling how collaboration profiles can contribute to an artist's popularity.

Methodology

Our Methodology

Initially, using data from Billboard and the Spotify platform, we model a "successful" collaborative network and apply tools of network science to study its structure. By means of topological metrics, we defined four categories of collaboration profiles and, applying a clustering algorithm, we identified three communities with different collaboration patterns and notable discrepancies in musical success levels. Then, we conduct a statistical correlation analysis to evaluate the correlation between collaboration profiles and the artist's success.

Findings

Our Findings

By detecting cluster and their respective patterns of network collaboration, we focus on analyzing the impact of these profiles on successful musical artists. Considering topological metrics, we define four main categories of collaboration profiles: Interaction, Distance, Influence and Similarity. Among them, we find that the first three affect musical success more intensely than Similarity.

Contributions

Our Contributions

Our findings provide evidence that: (i) there are indeed distinct success factors for music collaboration profiles that are socially measurable, and (ii) there exist common factors to successful collaboration in the music market. Furthermore, our exploratory approach based on collaborative networks can easily be extended to other areas of knowledge (e.g., arts and science).

The Team

Mariana O. S. Silva

Mariana O. S. Silva

MSc student in Computer Science

Laís M. A. Rocha

Laís M. A. Rocha

MSc student in Computer Science

Mirella M. Moro

Mirella M. Moro

Professor Advisor

Acknowledgments

The work is supported by CNPq and FAPEMIG, Brazil.