Adaptive$^2$: Adaptive Domain Mining for Fine-grained Domain Adaptation Modeling
Wenxuan Sun, Zixuan Yang, Yunli Wang, Zhen Zhang, Zhiqiang Wang, Yu, Li, Jian Yang, Yiming Yang, Shiyang Wen, Peng Jiang, Kun Gai

TL;DR
Adaptive$^2$ introduces an automatic domain mining framework for fine-grained domain adaptation in advertising, outperforming traditional methods reliant on hand-crafted domain info and demonstrating practical benefits in live systems.
Contribution
The paper presents Adaptive$^2$, a novel framework that automatically learns domain patterns using self-supervision and applies shared&specific networks for improved adaptation.
Findings
Adaptive$^2$ outperforms existing domain adaptation methods on benchmarks.
Traditional methods with hand-crafted domains do not outperform single-domain models.
Adaptive$^2$ shows commercial value in live advertising system deployment.
Abstract
Advertising systems often face the multi-domain challenge, where data distributions vary significantly across scenarios. Existing domain adaptation methods primarily focus on building domain-adaptive neural networks but often rely on hand-crafted domain information, e.g., advertising placement, which may be sub-optimal. We think that fine-grained "domain" patterns exist that are difficult to hand-craft in online advertisement. Thus, we propose Adaptive, a novel framework that first learns domains adaptively using a domain mining module by self-supervision and then employs a shared&specific network to model shared and conflicting information. As a practice, we use VQ-VAE as the domain mining module and conduct extensive experiments on public benchmarks. Results show that traditional domain adaptation methods with hand-crafted domains perform no better than single-domain models under…
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Taxonomy
TopicsData Mining Algorithms and Applications
MethodsVQ-VAE · Focus
