Movie Recommendation Based on Graph Traversal Algorithms

L. Demovic, Eduard Fritscher, Jakub Kriz, Ondrej Kuzmik, Ondrej Proksa, Diana Vandlikova, Dusan Zeleník, M. Bieliková
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引用次数: 15

Abstract

Media content recommendation is nowadays a common problem. Traditional algorithms based on collaborative filtering require an up-to-date dataset of users and their preferences, which is difficult to gather for huge database of items. Content-based approach suffers from the complex computation of similarity among items. In this paper we propose an approach to recommendation with a focus on the natural change of user's interests in movies. We make use of a graph representation and experimented with modified graph algorithms. We design a representation of the data about movies in a graph structure and a method which uses our data model for recommendation. We propose four recommendation algorithms which are capable to find recommendations based on initial nodes, which selection is based on the user's current interests. We implemented these algorithms and experimentally evaluated them with real users.
基于图遍历算法的电影推荐
媒体内容推荐是当今一个普遍存在的问题。传统的基于协同过滤的算法需要一个最新的用户及其偏好数据集,这对于庞大的项目数据库来说很难收集到。基于内容的方法存在项目间相似度计算复杂的问题。本文提出了一种基于用户对电影兴趣自然变化的推荐方法。我们使用图表示并实验了改进的图算法。我们设计了一种以图结构表示电影数据的方法,并使用我们的数据模型进行推荐。我们提出了四种推荐算法,它们能够基于初始节点找到推荐,而初始节点的选择是基于用户当前的兴趣。我们实现了这些算法,并对真实用户进行了实验评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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