BTM-CF: A Novel Collaborative Filtering Recommendation Algorithm in the Chinese E-commerce

E-commerce platforms often utilize Collaborative Filtering (CF) algorithms, which primarily depend on user rat- ings and overlook the valuable information embedded in review texts. This limitation exacerbates the issue of data sparsity. To address this, we propose a new CF algorithm based on the Biterm Topic Model (BTM), termed BTM-CF. By integrating BTM with traditional CF, the proposed approach categorizes review texts into topics, enabling the extraction of nuanced sentiment preferences. Leveraging user similarity calculations, BTM-CF personalizes product recommendations for individual users. Experimental results using the Jingdong shampoo review dataset demonstrate that the algorithm effectively mitigates data sparsity and enhances recommendation accuracy.

Authors

Publication Details

Journal
Power System Technology
Published
2025-02-27
DOI
https://doi.org/10.52783/pst.1590
Primary Topic
Customer churn and segmentation
Type
article
Field-Weighted Citation Impact
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article

BTM-CF: A Novel Collaborative Filtering Recommendation Algorithm in the Chinese E-commerce

Jin Xie
Power System Technology
Customer churn and segmentation
article

BTM-CF: A Novel Collaborative Filtering Recommendation Algorithm in the Chinese E-commerce

Jin Xie
article en

Abstract

E-commerce platforms often utilize Collaborative Filtering (CF) algorithms, which primarily depend on user rat- ings and overlook the valuable information embedded in review texts. This limitation exacerbates the issue of data sparsity. To address this, we propose a new CF algorithm based on the Biterm Topic Model (BTM), termed BTM-CF. By integrating BTM with traditional CF, the proposed approach categorizes review texts into topics, enabling the extraction of nuanced sentiment preferences. Leveraging user similarity calculations, BTM-CF personalizes product recommendations for individual users. Experimental results using the Jingdong shampoo review dataset demonstrate that the algorithm effectively mitigates data sparsity and enhances recommendation accuracy.

Power System TechnologyVol. 49(1)
Openalex Percentile: Top 94%
Customer churn and segmentation
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