This content is not included in your SAE MOBILUS subscription, or you are not logged in.
The Development of Biosensor to Detect Drowsiness and Quantity of Residual Alcohol in the Human Body by Electrodermography
ISSN: 0148-7191, e-ISSN: 2688-3627
Published August 05, 2007 by SAE International in United States
Annotation ability available
This paper pertains to fundamental studies of inspections of drowsiness and quantity of residual alcohol in the human body by electrodermography to develop biosensors when operating motor vehicles. The authors have been studying experiments of electrodermography under conditions of normal, active, fatigue states, and after drinking alcohol at static bench tests and dynamic tests of a driving simulator. By electrodermography, it is possible to measure the skin potential level (SPL). Some young and old people of both sexes were selected as volunteers. From static tests, some results are obtained: Data are scattered regardless of the same conditions. Data does not depend on the age of either sex. Data has specific wave patterns for each pattern, especially for fatigue situations. Data of these cases can especially be identified by evaluating data with dV/dt (mV/sec) in fatigue conditions.
|Technical Paper||Probabilistic Fatigue Life Prediction and Inspection of Railroad Wheels|
|Technical Paper||Wheel Bearing Mountings for Highway Vehicles|
|Technical Paper||Methodology for Fatigue Life Durability Prediction Applied to Commercial Vehicles|
CitationSakurai, T., Sato, M., and Sekine, Y., "The Development of Biosensor to Detect Drowsiness and Quantity of Residual Alcohol in the Human Body by Electrodermography," SAE Technical Paper 2007-01-3513, 2007, https://doi.org/10.4271/2007-01-3513.
- Iizuka H. The development of equipment of warning system for sleeping 91Trafic safety forum from medical and technological view Institute of Japan Traffic 18 20 1991
- Hirata, et al. The relation between drivers drowsiness and meandering quantities of vehicles Mitsubishi Technical Review 7 1995
- Kozima K. The development of equipment for detecting drowsiness by using electrodermography 92Trafic safety forum from medical and technological view Institute of Japan Traffic 11 17 1992
- Kawabata G. Evaluation of fatigue of driver 91Trafic safety forum from medical and technological view Institute of Japan Traffic 18 20 1991
- Wakaya N. Uraya Y. Molecules of biological cells Kyouritu 1994
- Nemoto Y. Okamoto T. Sakurai T. Study on the relation of drowsiness of human being and electrodermography Proceedings of #33 Tohoku JSME 141 142 2003
- Yoshida T. Sakurai T. Study on Biosensor of skin potential level Proceedings of #34 Tohoku JSME 155 156 2004
- Sugai S. Sakurai T. Study on biosensor Proceedings of #35 Tohoku JSME 171 172 2005
- Sato M. Sakurai T. Study on biosensor Proceedings of #36 Tohoku JSME 107 108 2006
- NHTSA Drowsy Driving and Automobile Crashes
- Nissan ASV Technology, email@example.com