Toward personalized sleep-wake prediction from actigraphy

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Sleep patterns vary considerably among individuals. Existing algorithms and commercial devices of sleep quality assessment are pre-trained for all. We advocate a personalized sleep quality assessment with machine learning algorithms trained specific to individuals. ...learn more

Project status: Published/In Market

Artificial Intelligence

Code Samples [1]

Overview / Usage

We argue that each person sleep differently and because of that, we shouldn't train a single machine learning algorithm based on data coming from everybody. Instead we developed machine learning algorithms that are person-specific, i.e., trained on individual data without including data from other individuals. We showed that not only did not the performance of our developed machine learning algorithms decrease as a result of excluding population-level data (by only including data from one individual), but they actually perform well and capture the individual's sleeping patterns effectively.

Methodology / Approach

We systematically developed 5 different families of personalized machine learning algorithms and trained them on individual-level data.

Technologies Used

Implementations were all done using Python's Sklearn library.

Repository

https://ieeexplore.ieee.org/document/8333456

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