Reducing distraction of smartwatch users with deep learning

Jemin Lee, Jinse Kwon, Hyungshin Kim
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引用次数: 9

Abstract

Smartwatches are overloaded with various notifications from smartphones. Users are largely distracted, while they may benefit from these relayed notification. To reduce smartwatch user's distraction, we propose an intelligent notification delivery system that relays only important notifications to the smartwatch. We claim that important notifications should be handled within a certain time and they are involved in launching mobile applications. To build model, we collect 6491 notifications and sensor data from three users. A mobile application has been developed to unobtrusively monitor relevant data Then, we implemented a binary classifier which identifies important notifications using deep learning and 8 features are extracted from sensor data. Our classifier shows that an important notification can be predicted with 61% - 90% and 51% - 99% of precision and recall.
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通过深度学习减少智能手表用户的分心
智能手表上充斥着来自智能手机的各种通知。用户在很大程度上分散了注意力,虽然他们可能会从这些转发通知中受益。为了减少智能手表用户的分心,我们提出了一种智能通知传递系统,只将重要的通知转发到智能手表。我们声称,重要的通知应该在一定时间内处理,它们涉及到启动移动应用程序。为了构建模型,我们收集了来自三个用户的6491个通知和传感器数据。然后,我们实现了一个二元分类器,它使用深度学习识别重要的通知,并从传感器数据中提取了8个特征。我们的分类器显示,预测重要通知的准确率和召回率分别为61% - 90%和51% - 99%。
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