A computing platform and its tools for features extraction from on-vehicle image sequences

In the framework of the project CASSICE on the automatic classification of driving situations, the vehicle inherent dynamic parameters and the various external signals are analyzed in order to characterize the driver behavior. The objective of this project is to develop adequate tools able to genera...

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Main Authors: Shawky, M., Bonnet, S., Favard, S., Crubille, P.
Format: Conference Proceeding
Language:English
Subjects:
Data mining
Feature extraction
Motorcycles
Psychology
Road vehicles
Sensor phenomena and characterization
Signal analysis
Vehicle driving
Vehicle dynamics
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creator Shawky, M.
Bonnet, S.
Favard, S.
Crubille, P.
description In the framework of the project CASSICE on the automatic classification of driving situations, the vehicle inherent dynamic parameters and the various external signals are analyzed in order to characterize the driver behavior. The objective of this project is to develop adequate tools able to generate a time-stamped database of real situations that will be used by psychologists. The driving data may be branded in several layers, starting with the lowest-level data coming form the vehicle physical sensors, which pass through many extractions phases in order to obtain structured, classifiable driving situations. The high-level data comprise information like the position of the vehicle on the road, to characterization of the road. They also include information on the other users of the road (vehicles, trucks, motorbikes, pedestrians, etc.), their characterization and their situation (relative position and speed, used lane, etc.).
doi_str_mv 10.1109/ITSC.2000.881015
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Data mining
Feature extraction
Motorcycles
Psychology
Road vehicles
Sensor phenomena and characterization
Signal analysis
Vehicle driving
Vehicle dynamics
title A computing platform and its tools for features extraction from on-vehicle image sequences
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