Social Recommendation Algorithm Research based on Trust Influence

Article ID

CSTSDE7RC90

Social Recommendation Algorithm Research based on Trust Influence

Xue Yi
Xue Yi Guang Dong University of Technology
Hong Yinghan
Hong Yinghan
Chen Pinghua
Chen Pinghua
DOI

Abstract

Cold start and data sparsity greatly affect the recommendation quality of collaborative filtering. To solve these problems, social recommendation algorithms introduce the corresponding user trust information in social network, however, these algorithms typically utilize only adjacent trusted user information while ignoring the social network connectivity and the differences in the trust influence between indirect users, which leads to poor accuracy. For this deficiency, this paper proposes a social recommendation algorithm based on user influence strength. First of all, we get the user influence strength vector by iterative calculation on social network and then achieve a relatively complete user latent factor according to near-impact trusted user behavior. Depending on such a user influence vector, we integrate user-item rating matrix and the trust influence information. Experimental results show that it has a better prediction accuracy, compared to the state-of-art society recommendation algorithms.

Social Recommendation Algorithm Research based on Trust Influence

Cold start and data sparsity greatly affect the recommendation quality of collaborative filtering. To solve these problems, social recommendation algorithms introduce the corresponding user trust information in social network, however, these algorithms typically utilize only adjacent trusted user information while ignoring the social network connectivity and the differences in the trust influence between indirect users, which leads to poor accuracy. For this deficiency, this paper proposes a social recommendation algorithm based on user influence strength. First of all, we get the user influence strength vector by iterative calculation on social network and then achieve a relatively complete user latent factor according to near-impact trusted user behavior. Depending on such a user influence vector, we integrate user-item rating matrix and the trust influence information. Experimental results show that it has a better prediction accuracy, compared to the state-of-art society recommendation algorithms.

Xue Yi
Xue Yi Guang Dong University of Technology
Hong Yinghan
Hong Yinghan
Chen Pinghua
Chen Pinghua

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Xue Yi. 2016. “. Global Journal of Computer Science and Technology – C: Software & Data Engineering GJCST-C Volume 16 (GJCST Volume 16 Issue C1): .

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Crossref Journal DOI 10.17406/gjcst

Print ISSN 0975-4350

e-ISSN 0975-4172

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GJCST-C Classification: K.4.2 B.2.4
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Social Recommendation Algorithm Research based on Trust Influence

Xue Yi
Xue Yi Guang Dong University of Technology
Hong Yinghan
Hong Yinghan
Chen Pinghua
Chen Pinghua

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