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20242026
most citedTowards Robust Recommendation via Decision Boundary-aware Graph Contrastive Learning

17 citations · 37 across the 11 of their papers we have counts for

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6 papers · 1 filter

cs.IR2024★ 1 cited

Generative Recommender with End-to-End Learnable Item Tokenization

Enze Liu, Bowen Zheng, Cheng Ling +3

Generative recommendation systems have gained increasing attention as an innovative approach that directly generates item identifiers for recommendation tasks. Despite their potent…

cs.IR2024★ 17 cited

Towards Robust Recommendation via Decision Boundary-aware Graph Contrastive Learning

Jiakai Tang, Sunhao Dai, Zexu Sun +6

In recent years, graph contrastive learning (GCL) has received increasing attention in recommender systems due to its effectiveness in reducing bias caused by data sparsity. Howeve…

cs.IR2024

IFA: Interaction Fidelity Attention for Entire Lifelong Behaviour Sequence Modeling

Wenhui Yu, Chao Feng, Yanze Zhang +3

The lifelong user behavior sequence provides abundant information of user preference and gains impressive improvement in the recommendation task, however increases computational co…

cs.IR2024★ 6 cited

Modeling User Retention through Generative Flow Networks

Ziru Liu, Shuchang Liu, Bin Yang +7

Recommender systems aim to fulfill the user's daily demands. While most existing research focuses on maximizing the user's engagement with the system, it has recently been pointed…

cs.IR2024

A Model-based Multi-Agent Personalized Short-Video Recommender System

Peilun Zhou, Xiaoxiao Xu, Lantao Hu +2

Recommender selects and presents top-K items to the user at each online request, and a recommendation session consists of several sequential requests. Formulating a recommendation…

cs.IR2024★ 9 cited

Future Impact Decomposition in Request-level Recommendations

Xiaobei Wang, Shuchang Liu, Xueliang Wang +6

In recommender systems, reinforcement learning solutions have shown promising results in optimizing the interaction sequence between users and the system over the long-term perform…