Classifying other agents’ intentions is a very complex task but it can be very essential in assisting (autonomous or human) agents in navigating safely in dynamic and possibly hostile environments. This paper introduces a classification approach based on support vector machines and Bayesian filtering (SVM-BF). It then applies it to a road intersection problem to assist a vehicle in detecting the intention of an approaching suspicious vehicle. The SVM-BF approach achieved very promising results.Ford Motor Company, Le Fonds Quebecois de la Recherche sur la Nature et les Technologies (FQRNT
This paper presents a probabilistic framework for decision-making in collision avoidance systems, ta...
Highly automated driving systems are required to make robust decisions in many complex driving envir...
Navigating through urban intersections is a challenging task for human drivers in gen-eral. More tha...
The ability to classify driver behavior lays the foundation for more advanced driver assistance syst...
Predictions of the future motion of other vehicles in the vicinity of an autonomous vehicle is requi...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 2011....
Predicting driver’s behaviors is a key component for future Advanced Driver Assistance Systems (ADAS...
Abstract—The Cognitive Driving Framework is a novel method for forecasting the future states of a mu...
Thesis: S.M., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 201...
This paper presents a support vector machine (SVM) based intention inference and motion planning alg...
International audienceSafety applications at road intersections require algorithms that can estimate...
The capability to estimate driver's intention leads to the development of advanced driver assistance...
Autonomous vehicles are still yet to be available to the public. This is because there are a number ...
Navigating a car at intersections is one of the most challenging parts of urban driving. Successful ...
Abstract — Intersections are the most accident-prone spots in the road network. In order to assist t...
This paper presents a probabilistic framework for decision-making in collision avoidance systems, ta...
Highly automated driving systems are required to make robust decisions in many complex driving envir...
Navigating through urban intersections is a challenging task for human drivers in gen-eral. More tha...
The ability to classify driver behavior lays the foundation for more advanced driver assistance syst...
Predictions of the future motion of other vehicles in the vicinity of an autonomous vehicle is requi...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 2011....
Predicting driver’s behaviors is a key component for future Advanced Driver Assistance Systems (ADAS...
Abstract—The Cognitive Driving Framework is a novel method for forecasting the future states of a mu...
Thesis: S.M., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 201...
This paper presents a support vector machine (SVM) based intention inference and motion planning alg...
International audienceSafety applications at road intersections require algorithms that can estimate...
The capability to estimate driver's intention leads to the development of advanced driver assistance...
Autonomous vehicles are still yet to be available to the public. This is because there are a number ...
Navigating a car at intersections is one of the most challenging parts of urban driving. Successful ...
Abstract — Intersections are the most accident-prone spots in the road network. In order to assist t...
This paper presents a probabilistic framework for decision-making in collision avoidance systems, ta...
Highly automated driving systems are required to make robust decisions in many complex driving envir...
Navigating through urban intersections is a challenging task for human drivers in gen-eral. More tha...