现代推荐系统:从计算矩阵到神经元思考

G. Koutrika
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引用次数: 13

摘要

从Netflix奖开始,它推动了协作过滤领域的最新进展,近年来见证了新的推荐算法和越来越复杂的系统的快速发展,这些系统与早期基于内容和协作过滤系统有很大不同。现代推荐系统利用了几种新颖的算法方法:从矩阵分解方法和多臂强盗到深度神经网络。在本教程中,我们将介绍推荐系统中最新的算法进展,重点介绍它们的功能及其影响。我们将给出许多工业规模推荐系统的例子,这些例子定义了推荐系统领域的未来。我们将讨论相关的评估问题,并概述未来的研究方向。本教程的最终目标是鼓励应用新颖的推荐方法来解决超越用户消费的问题,并进一步促进推荐系统和数据库交叉领域的研究。
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Modern Recommender Systems: from Computing Matrices to Thinking with Neurons
Starting with the Netflix Prize, which fueled much recent progress in the field of collaborative filtering, recent years have witnessed rapid development of new recommendation algorithms and increasingly more complex systems, which greatly differ from their early content-based and collaborative filtering systems. Modern recommender systems leverage several novel algorithmic approaches: from matrix factorization methods and multi-armed bandits to deep neural networks. In this tutorial, we will cover recent algorithmic advances in recommender systems, highlight their capabilities, and their impact. We will give many examples of industrial-scale recommender systems that define the future of the recommender systems area. We will discuss related evaluation issues, and outline future research directions. The ultimate goal of the tutorial is to encourage the application of novel recommendation approaches to solve problems that go beyond user consumption and to further promote research in the intersection of recommender systems and databases.
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