Driver's cognitive distraction detection using AdaBoost on pattern recognition basis

Detecting the mental and physical states which occur in a driver immediately before a traffic accident and then providing information to or warning the driver is an effective means of reducing traffic accidents. This study is focused on driver distraction, a state which can easily lead to traffic ac...

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Bibliographic Details
Main Authors: Miyaji, Masahiro, Danno, Mikio, Kawanaka, Haruki, Oguri, Koji
Format: Conference Proceeding
Language:English
Subjects:
Accidents
Accuracy
Classification algorithms
Driver circuits
Heart rate
Rail to rail inputs
Support vector machines
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Summary:Detecting the mental and physical states which occur in a driver immediately before a traffic accident and then providing information to or warning the driver is an effective means of reducing traffic accidents. This study is focused on driver distraction, a state which can easily lead to traffic accidents, and reproduced this distraction in a driving simulator by providing conversation or arithmetic tasks to the subjects. Stereo cameras were used as the means to track subjectspsila eye and head movements. These movements were tracked and their standard deviations were set as classification features of pattern recognition, and the AdaBoost method was used to detect subject distraction. The interval between heart R-waves was also added as a classifier feature, in order to improve cognitive distraction detection performance. The results were then compared with the SVM method from the AIDE Project, which was carried out as part of the EU 6th Framework Programme.
DOI:10.1109/ICVES.2008.4640853