Road accidents are the first cause of death for those who are under 30 years old. Represented as the most vulnerable road user, the pedestrian constitutes 23% of all road fatalities. This thesis is part of the research conducted on the application of deep learning methods for pedestrian safety. In this work, we propose a pedestrian orientation detection system that could be integrated into Advanced Driver Assistance Systems (ADAS) to alert the driver of the presence of a pedestrian. To this end, we created a new pedestrian orientation database called "SAFEROAD Dataset" recorded from different Moroccan cities using a monocular camera in a moving vehicle. This database contains 8894 images of pedestrians that are manually annotated in 4 and 8...
5noSmart cities and smart mobility come from intelligent systems designed by humans. Artificial Inte...
We propose a system which will detect objects onour roads, estimate the distance of these object fro...
This thesis has been realized in the group GRAVIR (4) of the LASMEA (5) with the team Com-See (6), ...
Road accidents are the first cause of death for those who are under 30 years old. Represented as the...
Les accidents de routes représentent la première cause de décès chez les jeunes de moins de 30 ans. ...
Pedestrians are the most vulnerable road users, with around 23% of world road traffic fatalit...
Road traffic has become more and more intense. Such as situation with thelack of attention of pedest...
Extensive research efforts have been devoted to identify and improve roadway features that impact sa...
Extensive research efforts have been devoted to identify and improve roadway features that impact sa...
International audienceThousands of people are dying every year due to road accidents; in fact 23% of...
Le trafic routier est devenu de plus en plus intense. Une telle situation avec le manque de prudence...
This thesis addresses the detection, segmentation and orientation estimation of persons in visual da...
The article presents an advanced driver assistance system (ADAS) based on a situational recognition ...
Despite the impressive advancements in people detection and tracking, safety is still a key barrier ...
This thesis addresses the topic of visual person detection and pose estimation. While these tasks ar...
5noSmart cities and smart mobility come from intelligent systems designed by humans. Artificial Inte...
We propose a system which will detect objects onour roads, estimate the distance of these object fro...
This thesis has been realized in the group GRAVIR (4) of the LASMEA (5) with the team Com-See (6), ...
Road accidents are the first cause of death for those who are under 30 years old. Represented as the...
Les accidents de routes représentent la première cause de décès chez les jeunes de moins de 30 ans. ...
Pedestrians are the most vulnerable road users, with around 23% of world road traffic fatalit...
Road traffic has become more and more intense. Such as situation with thelack of attention of pedest...
Extensive research efforts have been devoted to identify and improve roadway features that impact sa...
Extensive research efforts have been devoted to identify and improve roadway features that impact sa...
International audienceThousands of people are dying every year due to road accidents; in fact 23% of...
Le trafic routier est devenu de plus en plus intense. Une telle situation avec le manque de prudence...
This thesis addresses the detection, segmentation and orientation estimation of persons in visual da...
The article presents an advanced driver assistance system (ADAS) based on a situational recognition ...
Despite the impressive advancements in people detection and tracking, safety is still a key barrier ...
This thesis addresses the topic of visual person detection and pose estimation. While these tasks ar...
5noSmart cities and smart mobility come from intelligent systems designed by humans. Artificial Inte...
We propose a system which will detect objects onour roads, estimate the distance of these object fro...
This thesis has been realized in the group GRAVIR (4) of the LASMEA (5) with the team Com-See (6), ...