Search Results for author: Shixuan Zhu

Found 5 papers, 1 papers with code

Text2Bundle: Towards Personalized Query-based Bundle Generation

no code implementations27 Oct 2023 Shixuan Zhu, Chuan Cui, JunTong Hu, Qi Shen, Yu Ji, Zhihua Wei

Bundle generation aims to provide a bundle of items for the user, and has been widely studied and applied on online service platforms.

Towards Multi-Subsession Conversational Recommendation

no code implementations20 Oct 2023 Yu Ji, Qi Shen, Shixuan Zhu, Hang Yu, Yiming Zhang, Chuan Cui, Zhihua Wei

Therefore, we propose a novel conversational recommendation scenario named Multi-Subsession Multi-round Conversational Recommendation (MSMCR), where user would still resort to CRS after several subsessions and might preserve vague interests, and system would proactively ask attributes to activate user interests in the current subsession.

Attribute Recommendation Systems

Data-Augmented Counterfactual Learning for Bundle Recommendation

no code implementations19 Oct 2022 Shixuan Zhu, Qi Shen, Yiming Zhang, Zhenwei Dong, Zhihua Wei

In this paper, we propose a novel graph learning paradigm called Counterfactual Learning for Bundle Recommendation (CLBR) to mitigate the impact of data sparsity problem and improve bundle recommendation.

counterfactual Data Augmentation +2

Intention Adaptive Graph Neural Network for Category-aware Session-based Recommendation

1 code implementation31 Dec 2021 Chuan Cui, Qi Shen, Shixuan Zhu, Yitong Pang, Yiming Zhang, Hanning Gao, Zhihua Wei

Session-based recommendation (SBR) is proposed to recommend items within short sessions given that user profiles are invisible in various scenarios nowadays, such as e-commerce and short video recommendation.

Session-Based Recommendations

Temporal aware Multi-Interest Graph Neural Network For Session-based Recommendation

no code implementations31 Dec 2021 Qi Shen, Shixuan Zhu, Yitong Pang, Yiming Zhang, Zhihua Wei

Session-based recommendation (SBR) is a challenging task, which aims at recommending next items based on anonymous interaction sequences.

Relation Session-Based Recommendations

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