Track2Vec: fairness music recommendation with a GPU-free customizable-driven framework
Wei-Wei Du, Wei-Yao Wang, Wen-Chih Peng

TL;DR
Track2Vec is a GPU-free framework for fair music recommendation that balances accuracy and fairness through customizable modules and introduces a novel fairness metric, achieving top leaderboard performance.
Contribution
The paper presents a novel GPU-free, customizable framework for fair music recommendation, incorporating a new fairness metric and ensemble approach for improved results.
Findings
Achieved 4th place in EvalRS @ CIKM 2022 challenge.
Outperformed baseline by approximately 200% in scores.
Ensembling modules enhances both fairness and accuracy.
Abstract
Recommendation systems have illustrated the significant progress made in characterizing users' preferences based on their past behaviors. Despite the effectiveness of recommending accurately, there exist several factors that are essential but unexplored for evaluating various facets of recommendation systems, e.g., fairness, diversity, and limited resources. To address these issues, we propose Track2Vec, a GPU-free customizable-driven framework for fairness music recommendation. In order to take both accuracy and fairness into account, our solution consists of three modules, a customized fairness-aware groups for modeling different features based on configurable settings, a track representation learning module for learning better user embedding, and an ensemble module for ranking the recommendation results from different track representation learning modules. Moreover, inspired by…
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Taxonomy
TopicsRecommender Systems and Techniques
