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Harald Steck

Abstract
Combining simple elements from the literature, we define a linear model that is geared toward sparse data, in particular implicit feedback data for recommender systems. We show that its training objective has a closed-form solution, and discuss the resulting conceptual insights. Surprisingly, this simple model achieves better ranking accuracy than various state-of-the-art collaborative-filtering approaches, including deep non-linear models, on most of the publicly available data-sets used in our experiments.
Code Repositories
Darel13712/ease_rec
Mentioned in GitHub
recsys-benchmark/daisyrec-v2.0
pytorch
Mentioned in GitHub
AmazingDD/daisyRec
pytorch
Mentioned in GitHub
glami/sansa
Mentioned in GitHub
PreferredAI/cornac
tf
Mentioned in GitHub
jvbalen/autoencoders_cf
pytorch
Mentioned in GitHub
AhmadRK94/NeuEASE
pytorch
Mentioned in GitHub
franckjay/TorchEASE
pytorch
Mentioned in GitHub
Benchmarks
| Benchmark | Methodology | Metrics |
|---|---|---|
| collaborative-filtering-on-million-song | EASE | Recall@20: 0.333 Recall@50: 0.428 nDCG@100: 0.389 |
| collaborative-filtering-on-movielens-20m | EASE | Recall@20: 0.391 Recall@50: 0.521 nDCG@100: 0.420 |
| collaborative-filtering-on-netflix | EASE | Recall@20: 0.362 Recall@50: 0.445 nDCG@100: 0.393 |
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