Short-form Video Needs Long-term Interests: An Industrial Solution for Serving Large User Sequence Models

Sequential models are invaluable for powering personalized recommendation systems. In the context of short-form video (SFV) feeds, where user behavior history is typically longer, systems must be able to understand users’ long-term interests. However, deploying large sequence models to extensive web-scale applications faces challenges due to high serving cost. To address this, we propose an industrial framework designed for efficiently serving large user sequence models. Specifically, the proposed infrastructure decouples serving of the user sequence model and the main recommendation model, with the user sequence model being served offline (asynchronously) with periodical refresh. The proposed infrastructure is also model-agnostic; thus, it can be used to support any type of user sequence models (even LLMs) with controllable costs. Empirical results show that large user models deployed with our framework significantly and consistently enhance the quality of the main recommendation model with minimal serving costs increase.

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Published
2024-10-08
DOI
https://doi.org/10.1145/3640457.3688030
Primary Topic
Recommender Systems and Techniques
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article
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article

Short-form Video Needs Long-term Interests: An Industrial Solution for Serving Large User Sequence Models

Qingyun Liu, Ed H., Junjie Shan, Chuan He et al.
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Recommender Systems and Techniques
article

Short-form Video Needs Long-term Interests: An Industrial Solution for Serving Large User Sequence Models

Qingyun Liu, Ed H., Junjie Shan, Chuan He, Xinyang Yi, Diego Uribe, Shuchao Bi, Liang Liu, Lichan Hong, Jiaxi Tang, Yuening Li, Ben Most, Kaushik Kalyan
article en

Abstract

Sequential models are invaluable for powering personalized recommendation systems. In the context of short-form video (SFV) feeds, where user behavior history is typically longer, systems must be able to understand users’ long-term interests. However, deploying large sequence models to extensive web-scale applications faces challenges due to high serving cost. To address this, we propose an industrial framework designed for efficiently serving large user sequence models. Specifically, the proposed infrastructure decouples serving of the user sequence model and the main recommendation model, with the user sequence model being served offline (asynchronously) with periodical refresh. The proposed infrastructure is also model-agnostic; thus, it can be used to support any type of user sequence models (even LLMs) with controllable costs. Empirical results show that large user models deployed with our framework significantly and consistently enhance the quality of the main recommendation model with minimal serving costs increase.

Google (United States) (US)
Industry, innovation and infrastructure
Openalex Percentile: Top 73%
Recommender Systems and Techniques
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