Towards Real-time Drowsiness Detection for Elderly Care

Authors: Boris Bačić, Jason Zhang

This unpublished paper was accepted by the Conference on Innovative Technologies in Intelligent Systems & Industrial Applications (CITISIA 2020) [https://ieee-citisia.org] and uploaded to ArXiv.org preprint server. The camera-ready copy with DOI should be available in IEEE Xplore sometimes after the conference presentation and copyright transfer to IEEE
License: CC BY-NC-SA 4.0

Results of the summarizing process for the arXiv paper: 2010.10771v1

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Abstract: The primary focus of this paper is to produce a proof of concept for extracting drowsiness information from videos to help elderly living on their own. To quantify yawning, eyelid and head movement over time, we extracted 3000 images from captured videos for training and testing of deep learning models integrated with OpenCV library. The achieved classification accuracy for eyelid and mouth open/close status were between 94.3%-97.2%. Visual inspection of head movement from videos with generated 3D coordinate overlays, indicated clear spatiotemporal patterns in collected data (yaw, roll and pitch). Extraction methodology of the drowsiness information as timeseries is applicable to other contexts including support for prior work in privacy-preserving augmented coaching, sport rehabilitation, and integration with big data platform in healthcare.

Submitted to arXiv on 21 Oct. 2020

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