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Groupement ADAS : Advanced Driver Assistance Systems
drowsiness
5 mai 2020

Renault R-NEST: using stimulation to fight hypovigilance at the wheel

Renault R-NEST: using stimulation to fight hypovigilance at the wheel
Renault R-NEST: using stimulation to fight hypovigilance at the wheel The Renault R-NEST project (Renault Research Tool for NEuroscience STudies) was developed by the Groupe Renault Research department as a neurophysiology research tool and demo model...
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4 mai 2020

Snooze mobiles: how vibrations in cars make drivers sleepy

Snooze mobiles: how vibrations in cars make drivers sleepy New research has found the natural vibrations of cars make people sleepier, affecting concentration and alertness levels just 15 minutes after drivers get behind the wheel. With about 20 per cent...
21 janvier 2018

Tech Developed to Prevent Drowsy Driving

Tech Developed to Prevent Drowsy Driving
Tech Developed to Prevent Drowsy Driving Automotive supplier Hyundai Mobis has unveiled technology designed to detect when a driver is dozing off and leaving the road, so vehicle control can be transitioned to autonomous driving mode and the car can be...
16 mars 2017

A Driver Face Monitoring System for Fatigue and Distraction Detection

A Driver Face Monitoring System for Fatigue and Distraction Detection Driver face monitoring system is a real-time system that can detect driver fatigue and distraction using machine vision approaches. In this paper, a new approach is introduced for driver...
29 juillet 2016

Physiological signal based detection of driver hypovigilance using higher order spectra

Physiological signal based detection of driver hypovigilance using higher order spectra In this work, the focus is on developing a system that can detect hypovigilance, which includes both drowsiness and inattention, using Electrocardiogram (ECG) and...
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29 février 2016

Capturing the advanced driver-assistance systems opportunity

Capturing the advanced driver-assistance systems opportunity (McKinsey report) New automotive active-safety systems could provide a route to autonomous cars. Yet the auto industry has work to do to convert consumer interest in these features into actual...
18 novembre 2014

Fatigue sensor: When EPFL innovates

Fatigue and drowsy driving are often the cause of accidents of traffic. Several drowsiness detection systems already been tested in practice. EPFL innovates in this area : a student recently proposed a fatigue detection algorithm based on video the analysis...
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About us

Groupement ADAS is a Team of innovative companies with over 20 years experience in the field of technologies used in assistance driver systems (design, implementation and integration of ADAS in vehicles for safety features, driver assistance, partial delegation to the autonomous vehicle).

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Thierry Bapin, Pôle Mov'eo
groupement.adas@pole-moveo.org
Follow us : @groupement_adas

Groupement ADAS is empowered by Mov'eo French Automotive competitiveness cluster

Mov'eo-2014

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