First-person Video Analysis for Evaluating Skill Level in the Humanitude Tender-Care Technique

Abstract

In this paper, we describe a wearable first-person video (FPV) analysis system for evaluating the skill levels of caregivers. This is a part of our project that aims to quantize and analyze the tender-care technique known as Humanitude by using wearable sensing and AI technology devices. Using our system, caregivers can evaluate and elevate their care levels by themselves. From the FPVs of care sessions taken by wearable cameras worn by caregivers, we obtained the 3D facial distance, pose and eye-contact states between caregivers and receivers by using facial landmark detection and deep neural network (DNN)-based eye contact detection. We applied statistical analysis to these features and developed algorithms that provide scores for tender-care skill. In experiments, we first evaluated the performance of our DNN-based eye contact detection by using eye contact datasets prepared from YouTube videos and FPVs that assume conversational scenes. We then performed skill evaluations by using Humanitude training scenes involving three novice caregivers, two Humanitude experts and seven middle-level students. The results showed that our eye contact detection outperformed existing methods and that our skill evaluations can estimate the care skill levels.

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Acknowledgements

All the experiments were conducted in compliance with the protocol which was reviewed and approved by the ethical committee of Unit for Advanced Studies of the Human Mind, Kyoto University (Permit Number: 30-P-4). This work was supported by JST CREST Grant Number JPMJCR17A5 and JSPS KAKENHI 17H01779, Japan.

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Correspondence to Atsushi Nakazawa.

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Nakazawa, A., Mitsuzumi, Y., Watanabe, Y. et al. First-person Video Analysis for Evaluating Skill Level in the Humanitude Tender-Care Technique. J Intell Robot Syst 98, 103–118 (2020). https://doi.org/10.1007/s10846-019-01052-8

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Keywords

  • Dementia
  • Care
  • Deep neural network (DNN)
  • Skill evaluation
  • Wearable system
  • Computer vision
  • First person video