Awakening Dormant Users: Generative Recommendation with Counterfactual Functional Role Reasoning
Huishi Luo, Shuokai Li, Hanchen Yang, Zhongbo Sun, Haojie Ding, Boheng Zhang, Zijia Cai, Renliang Qian, Fan Yang, Tingting Gao, Chenyi Lei, Wenwu Ou, Fuzhen Zhuang

TL;DR
This paper introduces RoleGen, a novel recommendation framework that models user intent evolution and simulates diverse conversion paths using counterfactual reasoning, significantly improving dormant user activation in e-commerce.
Contribution
RoleGen combines a functional role reasoner with a generative model, employing counterfactual inference to better predict user conversion trajectories and enhance recommendation effectiveness.
Findings
Achieved 6.2% increase in Recall@1
Realized 7.3% growth in online order volume
Validated effectiveness through offline and online experiments
Abstract
Awakening dormant users, who remain engaged but exhibit low conversion, is a pivotal driver for incremental GMV growth in large-scale e-commerce platforms. However, existing approaches often yield suboptimal results since they typically rely on single-step estimation of an item's intrinsic value (e.g., immediate click probability). This mechanism overlooks the instrumental effect of items, where specific interactions act as triggers to shape latent intent and drive subsequent decisions along a conversion trajectory. To bridge this gap, we propose RoleGen, a novel framework that synergizes a Conversion Trajectory Reasoner with a Generative Behavioral Backbone. Specifically, the LLM-based Reasoner explicitly models the context-dependent Functional Role of items to reconstruct intent evolution. It further employs counterfactual inference to simulate diverse conversion paths, effectively…
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Taxonomy
TopicsRecommender Systems and Techniques · AI in Service Interactions · Digital Marketing and Social Media
