Login / Signup

Driver sleepiness detection with deep neural networks using electrophysiological data.

Martin HultmanIda JohanssonFrida LindqvistChrister Ahlstrom
Published in: Physiological measurement (2021)
Improved classification results were achieved with the regression model compared to the classification model. This suggests that the implicit order of the KSS ratings, i.e. the progression from alert to sleepy, provides important information for robust modelling of driver sleepiness, and that class labels should not simply be aggregated into an alert and a sleepy class. Furthermore, the model consistently showed better results than a model trained on manually extracted features based on expert knowledge, indicating that the model can detect sleepiness that is not covered by traditional algorithms.
Keyphrases
  • machine learning
  • obstructive sleep apnea
  • deep learning
  • healthcare
  • big data
  • health information
  • real time pcr