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Sociological-Theory-Based Multitopic Self-Supervised Recommendation

delete2024-01-01
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PRE
AI
赵
赵勤 (Qin Zhao)
P
Peihan Wu
刘
刘罡 (Gang Liu)
安
安冬冬 (Dongdong An)
廉洁 封面图
廉洁 (Jie Lian) *
M
MengChu Zhou
DOI:10.1109/TNNLS.2024.3477720delete
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摘要

摘要

En 中文
Social relationships offer crucial supplementary information for recommendations by leveraging users' social connections to gain insights into their preferences. However, prevalent social recommendation methods often grapple with the issues of sparsity and noise, which curtail their effectiveness. In addition, these methods overlook the intricacies of user interactions within social networks, which could provide invaluable information. Addressing their deficiencies, this article introduces a novel sociological-theory-based multitopic self-supervised recommendation method (SMSR). This method integrates user attitude information into the construction of social relationships and utilizes dynamic routing to identify and categorize topics, thereby mitigating the impact of social noise on recommendation accuracy. Furthermore, we reveal sophisticated higher order user relations within these topics by using motifs. By combining the light graph convolutional network with balance theory, SMSR efficiently aggregates information from diverse social relations to gain its outstanding performance. Moreover, we have devised and integrated four self-supervised signals, inspired by social theory and derived from heterogeneous graph analysis, to more effectively exploit the rich structural and semantic information inherent in social relationship graphs. Empirical results from extensive experiments on publicly available datasets underscore SMSR's superiority over the state of the art.
Keyword:
Social networking (online)
Aggregates
Urban areas
Recommender systems
Peer-to-peer computing
Contrastive learning
Semantics
Data mining
Convolution
Accuracy
Balance theory
graph neural network (GNN)
multitopic analysis
self-supervised learning
signed network
social recommendation
status theory

期刊

IEEE Transactions on Neural Networks and Learning Systems 封面图
IEEE Transactions on Neural Networks and Learning Systems
IF:
8.9
论文数:
7.6K
被引数:
7.2W

机构

S
Shanghai Normal University
学者数:
7.4K
论文数: 5.0K
被引数: 8.0K
Z
Zhejiang Gongshang University
学者数:
6.6K
论文数: 4.9K
被引数: 8.1K
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