Adaptive Domain Scaling for Personalized Sequential Modeling in Recommenders
Zheng Chai, Hui Lu, Di Chen, Qin Ren, Yuchao Zheng, Xun Zhou

TL;DR
This paper introduces the Adaptive Domain Scaling (ADS) model, which enhances personalized sequential modeling across multiple domains by dynamically learning user and candidate representations, leading to improved recommendation performance.
Contribution
The paper proposes a novel ADS model with modules for personalized sequence and candidate representation generation, addressing multi-domain user behavior understanding in recommender systems.
Findings
ADS outperforms existing methods on public and industrial datasets.
Online experiments show significant business improvements.
ADS is deployed at ByteDance, serving billions of users.
Abstract
Users generally exhibit complex behavioral patterns and diverse intentions in multiple business scenarios of super applications like Douyin, presenting great challenges to current industrial multi-domain recommenders. To mitigate the discrepancies across diverse domains, researches and industrial practices generally emphasize sophisticated network structures to accomodate diverse data distributions, while neglecting the inherent understanding of user behavioral sequence from the multi-domain perspective. In this paper, we present Adaptive Domain Scaling (ADS) model, which comprehensively enhances the personalization capability in target-aware sequence modeling across multiple domains. Specifically, ADS comprises of two major modules, including personalized sequence representation generation (PSRG) and personalized candidate representation generation (PCRG). The modules contribute to the…
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Taxonomy
TopicsRecommender Systems and Techniques · Intelligent Tutoring Systems and Adaptive Learning · Topic Modeling
Methodstravel james
