On Recommending Category: A Cascading Approach
This paper proposes a cascading category recommender (CCRec) model with a variational autoencoder (VAE) to perform category-level recommendations in e-commerce, which complements item-level recommendations.
Why it matters
The proposed CCRec model offers a novel approach to category-level recommendation, which can complement and enhance item-level recommendations in e-commerce platforms.
Key Points
- 1Category-level recommendation allows e-commerce platforms to promote user engagement by expanding their interests to different types of items
- 2Category-level preference prediction has mostly been accomplished through applying item-level models, ignoring key differences between item-level and category-level recommendations
- 3The proposed CCRec model uses a VAE to encode item-level information and perform category-level recommendations
Details
The paper discusses the importance of category-level recommendation in e-commerce, as it can enhance user experience and boost commercial success by allowing platforms to explore users' potential interests beyond just individual items. Existing works have mostly focused on item-level recommendations, but have started to incorporate category-level preference prediction to aid item-level recommendation. However, the authors argue that simply applying item-level models to category-level recommendation ignores key differences between the two tasks. To address this, the paper proposes a cascading category recommender (CCRec) model that uses a variational autoencoder (VAE) to encode item-level information and perform category-level recommendations. Experiments show the advantages of this approach over methods designed for item-level recommendations.
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