In this letter, we investigate how to resolve conflicting motions for mixed robot-robot and human-robot multiagent systems. This letter is motivated by atypical driving conditions, such as parking lots, where driving rules are not as strictly enforced as on standard roads. As a result, navigation algorithms should take into account the human drivers' behaviors, especially if they prove to be in conflict with the common rules of the road. In this letter, we make use of safety barrier certificates with a direction bias to deconflict agents' behavior in a near-to-collision scenario, in compliance with local traffic rules. We also propose a tool to identify the driving direction bias - both for human and autonomous agents
To navigate in human social spaces, self-driving cars and other robots must show social intelligence...
One of the major challenges for autonomous vehicles (AVs) is how to drive in shared pedestrian envir...
Planning is one of the key problems for autonomous vehicles operating in road scenarios. Present pla...
In this letter, we investigate how to resolve conflicting motions for mixed robot-robot and human-ro...
In this theis we investigate how to resolve conflicting motions for mixed robot-robot and human-robo...
AbstractHighly automated and fully autonomous vehicles are much more likely to be accepted if they r...
In this paper we show how rule-based decision making can be combined with traditional motion plannin...
Driving on roads is restricted by various traffic rules, aiming to ensure safety for all traffic par...
Understanding human interactions in today’s transportation system is a prerequisite for developing w...
Crowded human environments such as pedestrian scenes constitute challenging domains for mobile robot...
International audienceNavigation in close proximity with pedestrians is a challenge on the way to fu...
This paper proposes a model to ensure safe and realistic human-robot interaction for an autonomous v...
Autonomous vehicle navigation around human pedestrians remains a challenge due to the potential for ...
In this paper, we discuss the ethics of automated driving. More specifically, we discuss responsible...
In this paper, we discuss the ethics of automated driving. More specifically, we discuss responsible...
To navigate in human social spaces, self-driving cars and other robots must show social intelligence...
One of the major challenges for autonomous vehicles (AVs) is how to drive in shared pedestrian envir...
Planning is one of the key problems for autonomous vehicles operating in road scenarios. Present pla...
In this letter, we investigate how to resolve conflicting motions for mixed robot-robot and human-ro...
In this theis we investigate how to resolve conflicting motions for mixed robot-robot and human-robo...
AbstractHighly automated and fully autonomous vehicles are much more likely to be accepted if they r...
In this paper we show how rule-based decision making can be combined with traditional motion plannin...
Driving on roads is restricted by various traffic rules, aiming to ensure safety for all traffic par...
Understanding human interactions in today’s transportation system is a prerequisite for developing w...
Crowded human environments such as pedestrian scenes constitute challenging domains for mobile robot...
International audienceNavigation in close proximity with pedestrians is a challenge on the way to fu...
This paper proposes a model to ensure safe and realistic human-robot interaction for an autonomous v...
Autonomous vehicle navigation around human pedestrians remains a challenge due to the potential for ...
In this paper, we discuss the ethics of automated driving. More specifically, we discuss responsible...
In this paper, we discuss the ethics of automated driving. More specifically, we discuss responsible...
To navigate in human social spaces, self-driving cars and other robots must show social intelligence...
One of the major challenges for autonomous vehicles (AVs) is how to drive in shared pedestrian envir...
Planning is one of the key problems for autonomous vehicles operating in road scenarios. Present pla...