Near Real Time AI Personalization for Notifications at LinkedIn

A. Muralidharan
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引用次数: 1

Abstract

Notifications at LinkedIn are very crucial for our members to stay informed about their network, discover professionally relevant content, conversations and courses, as well as identify potential career opportunities. For the Notifications AI team, our mission is to use AI to notify the right members, about the right content, at the right time and frequency through the right channel (push, in app or email) to maximize member value. In this talk we will give an overview of the AI systems and models behind these decisions. We will present the candidate generation systems as well as the final relevance layer, built on top of the Air Traffic Controller (ATC), to enable volume optimization, notification channel (badge, push or email) selection and state aware message spacing based delivery time optimization. We describe how we formulated a multi-objective optimization problem, considering multiple objectives that capture member and business impact on the entire ecosystem. This problem considers three types of utilities: whether a member visits, their engagement on the notifications, and their overall engagement on LinkedIn. We will explain the final decision function, derived from the multi-objective optimization formulation, and show that it can be applied in a streaming fashion. The final decision function is tuned online, through a hyperparameter tuning solution developed at Linkedin which allows us to fine tune tradeoffs in the multi-objective optimization approach. We will conclude with a discussion on some of the wins this has enabled, managing most of the notifications sent to our 774million+ members.
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接近实时的人工智能个性化通知在领英
LinkedIn的通知对我们的会员了解他们的网络,发现专业相关的内容,对话和课程,以及发现潜在的职业机会非常重要。对于通知人工智能团队,我们的任务是使用人工智能在正确的时间和频率通过正确的渠道(推送,应用程序或电子邮件)通知正确的成员,以最大限度地提高成员价值。在这次演讲中,我们将概述这些决策背后的人工智能系统和模型。我们将介绍候选生成系统以及建立在空中交通管制员(ATC)之上的最终相关层,以实现数量优化、通知通道(徽章、推送或电子邮件)选择和基于状态感知的消息间隔传递时间优化。我们描述了我们如何制定一个多目标优化问题,考虑到多个目标,捕获成员和业务对整个生态系统的影响。这个问题考虑了三种类型的实用程序:成员是否访问,他们对通知的参与度,以及他们在LinkedIn上的总体参与度。我们将解释从多目标优化公式中导出的最终决策函数,并表明它可以以流方式应用。最终的决策函数通过Linkedin开发的超参数调整解决方案在线调整,该解决方案允许我们在多目标优化方法中微调权衡。最后,我们将讨论这一功能带来的一些好处,即管理发送给我们7.74亿多会员的大多数通知。
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