Deep System For Physio-To-Sobriety Augmented Driving Risk Assessment In Next Generation Cars
Author:
Affiliation:
1. STMicroelectronics,ADG, R&D Power and Discretes,Catania,Italy
2. University of Messina,STMicroelectronics,Messina,Italy
3. University of Catania,PerCeiVe Lab,Catania,Italy
Publisher
IEEE
Link
http://xplorestaging.ieee.org/ielx7/9901388/9901406/09901415.pdf?arnumber=9901415
Reference21 articles.
1. Selective Detection of VOCs With WO3 Nanoplates-Based Single Chemiresistive Sensor Device Using Machine Learning Algorithms
2. Sensitive and selective gas/VOC detection using MOS sensor array for wearable and mobile applications
3. Using deep learning for alcohol consumption recognition
4. Optical gas sensor based on MgTPP thin film for the detection of alcohol vapors
5. Breath monitoring based on the optical electronic nose system
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