2011Unpublished venueRequires access

Content-boosted matrix factorization for recommender systems

Peter Forbes, Mu Zhu

Open publisher page 126 citations

Abstract

The Netflix prize has rejuvenated a widespread interest in the matrix factorization approach for collaborative filtering. We describe a simple algorithm for incorporating content information directly into this approach. We present experimental evidence using recipe data to show that this not only improves recommendation accuracy but also provides useful insights about the contents themselves that are otherwise unavailable.

About this research paper

What this paper is about

The Netflix prize has rejuvenated a widespread interest in the matrix factorization approach for collaborative filtering. We describe a simple algorithm for incorporating content information directly into this approach. We present experimental evidence using recipe data to show that this not only improves recommendation accuracy but also provides useful insights about the contents themselves that are otherwise unavailable.

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OpenAlex reports 126 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The Netflix prize has rejuvenated a widespread interest in the matrix factorization approach for collaborative filtering. We describe a simple algorithm for incorporating content information directly into this approach. We present experimental evidence using recipe data to show that this not only improves recommendation accuracy but also provides useful insights about the contents themselves that are otherwise unavailable.

Key concepts: Recommender system, Collaborative filtering, Computer science, Matrix decomposition, Simple (philosophy), Factorization, Information retrieval, Matrix (chemical analysis)

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