Data Science in Service of Performing Arts: Applying Machine Learning to Predicting Audience Preferences
Jacob Abernethy (University of Michigan), Cyrus Anderson (University, of Michigan), Alex Chojnacki (University of Michigan), Chengyu Dai, (University of Michigan), John Dryden (University of Michigan), Eric Schwartz, (University of Michigan), Wenbo Shen (University of Michigan)

TL;DR
This paper demonstrates how machine learning and statistical methods can be used by performing arts organizations to analyze audience preferences, predict ticket sales, and optimize marketing strategies, thereby enhancing community engagement.
Contribution
It introduces a comprehensive data science approach combining recommendation systems, customer segmentation, cohort analysis, and NLP to improve audience understanding and marketing in the performing arts sector.
Findings
Built a collaborative filtering recommendation system.
Identified customer segments and purchasing patterns.
Explored language impact on ticket sales through NLP.
Abstract
Performing arts organizations aim to enrich their communities through the arts. To do this, they strive to match their performance offerings to the taste of those communities. Success relies on understanding audience preference and predicting their behavior. Similar to most e-commerce or digital entertainment firms, arts presenters need to recommend the right performance to the right customer at the right time. As part of the Michigan Data Science Team (MDST), we partnered with the University Musical Society (UMS), a non-profit performing arts presenter housed in the University of Michigan, Ann Arbor. We are providing UMS with analysis and business intelligence, utilizing historical individual-level sales data. We built a recommendation system based on collaborative filtering, gaining insights into the artistic preferences of customers, along with the similarities between performances.…
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Taxonomy
TopicsMusic and Audio Processing · Recommender Systems and Techniques · Data Visualization and Analytics
