Systematic Literature Review: Comparison on Collaborative Filtering Algorithms for Recommendation Systems

Hans Geovani Andika, Michael The Hadinata, William Huang, Anderies, Irene Anindaputri Iswanto
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Abstract

The recommendation system is divided into collaborative filtering (CF), content-based (CB), and hybrid approaches. This paper focuses on the CF approach which has many algorithms such as K-Nearest Neighbor (KNN), K-Means, Singular Value Decomposition (SVD), etc. We used the systematic literature review approach to gather papers related to CF and 28 research papers were eventually considered for analysis in KNN, deep learning, and SVD. From the review results, most of the datasets used in CF were movie datasets to test the recommendation model, and most of the models produced a good result in recommending items. To achieve good results, the majority of existing works combine more than one method to overcome or reduce the impact of CF problems (cold-start, sparsity, shilling attacks, etc.) which can affect the recommendation performance.
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系统文献综述:推荐系统协同过滤算法的比较
推荐系统分为协同过滤(CF)、基于内容的推荐(CB)和混合推荐。本文主要研究CF方法,该方法包含k -最近邻(KNN)、K-Means、奇异值分解(SVD)等算法。我们采用系统文献综述的方法收集了与CF相关的论文,并最终考虑了28篇研究论文用于KNN、深度学习和SVD的分析。从综述结果来看,CF中使用的大部分数据集都是电影数据集来测试推荐模型,大多数模型在推荐项目上都取得了很好的结果。为了达到良好的效果,大多数现有的工作都结合了一种以上的方法来克服或减少CF问题(冷启动、稀疏性、先令攻击等)对推荐性能的影响。
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