Machine Learning approach for Item-basedMovie Recommendation using the most relevant similarity techniques

M. Rahman, Somiya Khan Prity, Ziad Abdul Bari
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引用次数: 1

Abstract

The recommendation system based on correlations of users’ interest is mostly generated by the Collaborative Filtering approach. The collaborative filtering technique is capable of providing better predictions when there is enough data. Find out item similarity and user similarity using ratings is an important part of collaborative filtering. These similarities are measured for rating prediction for a better recommendation. There are several algorithms for calculating the similarity. Different similarities are used in previous studies for item-based and user-based recommendations. As there are different similarities used, it is difficult to choose which one is suitable for the desired recommendation. In this work, we present item-based filtering for movie recommendations and apply the most used similarity techniques which are Pearson correlation, Cosine similarity, Spearman Rank correlation. We implement them on the same dataset. Then we have applied these similarity techniques in the same metrics of the dataset for comparing them and choose the similarity techniques that provide better accuracy.
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基于项目的电影推荐的机器学习方法,使用最相关的相似度技术
基于用户兴趣相关性的推荐系统多采用协同过滤的方法生成。当有足够的数据时,协同过滤技术能够提供更好的预测。利用评分来找出物品相似度和用户相似度是协同过滤的重要组成部分。测量这些相似性是为了进行评级预测,从而获得更好的推荐。有几种计算相似度的算法。在之前的研究中,基于物品的推荐和基于用户的推荐使用了不同的相似性。由于使用了不同的相似性,很难选择哪一个适合所需的推荐。在这项工作中,我们提出了基于项目的电影推荐过滤,并应用了最常用的相似性技术,即Pearson相关、余弦相似性、Spearman秩相关。我们在相同的数据集上实现它们。然后,我们将这些相似度技术应用于数据集的相同度量中进行比较,并选择提供更好准确性的相似度技术。
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