In this paper, we presented our innovative way of determining the driving context for a
driving assistance system. We invoke the fusion of all parameters that describe the context of …

In this paper, a novel approach of managing driving context information in smart
transportation is presented. The driving context refers to the ensemble of parameters that …

In this paper, we present our approach for the cognition of driving context in a connected
and semiautonomous vehicle. This cyber-physical vehicle has three main components: the …

Representing the knowledge of driving environments in a structured machine-readable
format is necessary for safe autonomous driving. We use ontologies to represent the …

The intensive research on artificial intelligence and internet of things is speeding up the rise
of smart cities and autonomous vehicles. In order to ensure the safety of the drivers and …

In this work, given the context of the driver, of the vehicle and of the environment, our
objective is to correctly recognize the traffic situation and provide the driver with the …

In an intelligent vehicle (autonomous or semi-autonomous), detection and recognition of
road obstacle is very important for it is the failure to recognize an obstacle on time which is …

Various proprietary vehicular technologies have been integrated on commercial vehicles.
Most of these assistance systems, however, are systems of perception, of alert or of very …

In order to use technology to influence human behaviour and promote safer and more fuel
efficient behaviour through incentive mechanisms, an instrumented vehicle is developed …

Driving assistance systems (DAS) offer support in potentially dangerous situations,
especially for unexperienced drivers. Co-operative systems improve their performance by …