Tutorial: Lessons Learned from Building Real-life Recommender Systems

X. Amatriain, D. Agarwal
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引用次数: 8

Abstract

In 2006, Netflix announced a \$1M prize competition to advance recommendation algorithms. The recommendation problem was simplified as the accuracy in predicting a user rating measured by the Root Mean Squared Error. While that formulation helped get the attention of the research community, it put the focus on the wrong approach and metric while leaving many important factors out. In this tutorial we will describe the advances in Recommender Systems in the last 10 years from an industry perspective based on the instructors' personal experience at companies like Quora, LinkedIn, Netflix, or Yahoo! We will do so in the form of different lessons learned through the years. Some of those lessons will describe the different components of modern recommender systems such as: personalized ranking, similarity, explanations, context-awareness, or multi-armed bandits. Others will also review the usage of novel algorithmic approaches such as Factorization Machines, Restricted Boltzmann Machines, SimRank, Deep Neural Networks, or Listwise Learning-to-rank. Others will dive into details of the importance of gathering the right data or using the correct optimization metric. But, most importantly, we will give many examples of prototypical industrial-scale recommender systems with special focus on those unsolved challenges that should define the future of the recommender systems area.
教程:构建现实生活中的推荐系统的经验教训
2006年,Netflix宣布了一项100万美元奖金的竞赛,以推进推荐算法。将推荐问题简化为用均方根误差来衡量预测用户评分的准确度。虽然这种表述有助于引起研究界的注意,但它把焦点放在了错误的方法和度量上,而忽略了许多重要的因素。在本教程中,我们将根据讲师在Quora、LinkedIn、Netflix或雅虎等公司的个人经验,从行业角度描述推荐系统在过去10年中的进步。我们将以多年来吸取的不同经验教训的形式做到这一点。其中一些课程将描述现代推荐系统的不同组成部分,例如:个性化排名、相似性、解释、上下文感知或多武装强盗。其他人还将回顾新算法方法的使用,如因数分解机,受限玻尔兹曼机,simmrank,深度神经网络或列表学习排序。其他人将深入讨论收集正确数据或使用正确优化指标的重要性。但是,最重要的是,我们将给出许多典型的工业规模推荐系统的例子,特别关注那些未解决的挑战,这些挑战应该定义推荐系统领域的未来。
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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