Adaptive Domain Interest Network for Multi-domain Recommendation
Yuchen Jiang, Qi Li, Han Zhu, Jinbei Yu, Jin Li, Ziru Xu, Huihui Dong,, Bo Zheng

TL;DR
The paper introduces an adaptive neural network model that effectively captures commonalities and differences across multiple business domains to improve recommendation quality in Alibaba's advertising system.
Contribution
It proposes the Adaptive Domain Interest network that models shared and domain-specific features, incorporating domain-specific batch normalization and a feature-level adaptation layer.
Findings
Achieved 1.8% increase in advertising revenue.
Effectively models cross-domain commonalities and diversities.
Improves topK recommendation performance across multiple scenarios.
Abstract
Industrial recommender systems usually hold data from multiple business scenarios and are expected to provide recommendation services for these scenarios simultaneously. In the retrieval step, the topK high-quality items selected from a large number of corpus usually need to be various for multiple scenarios. Take Alibaba display advertising system for example, not only because the behavior patterns of Taobao users are diverse, but also differentiated scenarios' bid prices assigned by advertisers vary significantly. Traditional methods either train models for each scenario separately, ignoring the cross-domain overlapping of user groups and items, or simply mix all samples and maintain a shared model which makes it difficult to capture significant diversities between scenarios. In this paper, we present Adaptive Domain Interest network that adaptively handles the commonalities and…
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Taxonomy
TopicsRecommender Systems and Techniques · Text and Document Classification Technologies · Sentiment Analysis and Opinion Mining
MethodsBatch Normalization
