OneRanker: Unified Generation and Ranking with One Model in Industrial Advertising Recommendation
Dekai Sun, Yiming Liu, Jiafan Zhou, Xun Liu, Chenchen Yu, Yi Li, Jun Zhang, Huan Yu, Jie Jiang

TL;DR
This paper introduces OneRanker, a unified model that integrates generation and ranking for advertising recommendations, improving business metrics by aligning interests and values end-to-end in industrial deployment.
Contribution
We propose a deep integrated architecture with value-aware multi-task decoupling, target awareness mechanisms, and consistency guarantees for unified generation and ranking.
Findings
Significant GMV increase (+1.34%) in Tencent's advertising system.
Effective separation of interest coverage and value optimization.
Successful end-to-end optimization with consistency constraints.
Abstract
The end-to-end generative paradigm is revolutionizing advertising recommendation systems, driving a shift from traditional cascaded architectures towards unified modeling. However, practical deployment faces three core challenges: the misalignment between interest objectives and business value, the target-agnostic limitation of generative processes, and the disconnection between generation and ranking stages. Existing solutions often fall into a dilemma where single-stage fusion induces optimization tension, while stage decoupling causes irreversible information loss. To address this, we propose OneRanker, achieving architectural-level deep integration of generation and ranking. First, we design a value-aware multi-task decoupling architecture. By leveraging task token sequences and causal mask, we separate interest coverage and value optimization spaces within shared representations,…
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Taxonomy
TopicsRecommender Systems and Techniques · Advanced Graph Neural Networks · Mobile Crowdsensing and Crowdsourcing
