In the transportation of goods and people, human behaviour is a major risk factor. This study aim to project a technological and methodological approach to enhance safety in different transport modes, because we set the human factor as the center of a complex transport system. A system of systems engineering approach was developed where the main system components relate to the driver, the truck and the external environment conditions. Mainly we observed a correlation between heart rate variability and use of steering wheel. The methodology which was adopted to monitor the whole system and preliminary results are illustrated
The study examines the impact of a new electronic in-car navigation system on driver behaviour with ...
In the development of driver adaptive and context aware active safety applications, driver-vehicle i...
International audienceAutonomous navigation becomes complex when it is performed in an environment t...
The risk analysis process involving information acquisition, modeling, analysis, and decision steps ...
Governments and road safety agencies around the world have either introduced or are considering 'saf...
Modern times are characterized by fast economic and social development. However, not all spheres of ...
Abstract: This paper deals with the methodology followed in order to design a new intelligent system...
The role of the human factor and its importance for the evaluation of the risk on carriage of hazard...
Automated transport systems are deployed in many areas and transport modes. The predominant engineer...
Safety of transport is the main goal of transportation systems to achieve. This is of crucial import...
Transportation (un)safety is the result of a complex process in the transportation system. A large n...
Safety is the exemption from accidents and losses on human lives. It is also related to property pro...
The objective is to increase the passenger road transportation safety by developing an improved mode...
The paper presents the human-centered interdisciplinary methodology “SafeMob - Safe Mobility Experie...
The transport systems are sociotechnical systems in which the direct realization of the tasks is dea...
The study examines the impact of a new electronic in-car navigation system on driver behaviour with ...
In the development of driver adaptive and context aware active safety applications, driver-vehicle i...
International audienceAutonomous navigation becomes complex when it is performed in an environment t...
The risk analysis process involving information acquisition, modeling, analysis, and decision steps ...
Governments and road safety agencies around the world have either introduced or are considering 'saf...
Modern times are characterized by fast economic and social development. However, not all spheres of ...
Abstract: This paper deals with the methodology followed in order to design a new intelligent system...
The role of the human factor and its importance for the evaluation of the risk on carriage of hazard...
Automated transport systems are deployed in many areas and transport modes. The predominant engineer...
Safety of transport is the main goal of transportation systems to achieve. This is of crucial import...
Transportation (un)safety is the result of a complex process in the transportation system. A large n...
Safety is the exemption from accidents and losses on human lives. It is also related to property pro...
The objective is to increase the passenger road transportation safety by developing an improved mode...
The paper presents the human-centered interdisciplinary methodology “SafeMob - Safe Mobility Experie...
The transport systems are sociotechnical systems in which the direct realization of the tasks is dea...
The study examines the impact of a new electronic in-car navigation system on driver behaviour with ...
In the development of driver adaptive and context aware active safety applications, driver-vehicle i...
International audienceAutonomous navigation becomes complex when it is performed in an environment t...