International audienceThis letter presents the result of a study aiming at investigating to what extent the results obtained in the Crowd Simulation domain could be used to control a mobile robot navigating among people. It turns out that Crowd Simulation relies on two assumptions that would not hold for a real mobile robot, a test protocol has therefore been designed in order to thoroughly evaluate how three representative Crowd Simulation techniques would perform when said assumptions are relaxed. The study shows that all those techniques entail safety problems, i.e. they would cause collisions in the real world. The study also highlights the most promising candidate for a transposition on a real mobile robot
We consider the problem of navigating a mobile robot through dense human crowds. We begin by explori...
How does the presence of a robot affect pedestri- ans and crowd dynamics, and does this influence va...
Crowd simulations are used extensively to study the dynamics of human collectives. Such studies are ...
International audienceThis letter presents the result of a study aiming at investigating to what ext...
International audienceThe evaluation of robot capabilities to navigate human crowds is essential to ...
Les robots mobiles investissent de plus en plus la place publique. Cela nécessite des outils de déve...
Autonomous Mobile robots are increasingly populating our human environments. A safe and efficient na...
Mobile robots are increasingly taking over the public square. This requires development and evaluati...
Mobile robots are increasingly taking over the public square. This requires development and evaluati...
Mobile service robots are increasingly used in indoor environments (e.g., shopping malls or museums)...
Autonomous navigation in highly populated areas remains a challenging task for robots because of the...
International audienceNavigating in complex and highly dynamic environments such as crowds is still ...
International audienceAbstract How does the presence of a robot affect pedestrians and crowd dynamic...
We consider the problem of navigating a mobile robot through dense human crowds. We begin by explori...
How does the presence of a robot affect pedestri- ans and crowd dynamics, and does this influence va...
Crowd simulations are used extensively to study the dynamics of human collectives. Such studies are ...
International audienceThis letter presents the result of a study aiming at investigating to what ext...
International audienceThe evaluation of robot capabilities to navigate human crowds is essential to ...
Les robots mobiles investissent de plus en plus la place publique. Cela nécessite des outils de déve...
Autonomous Mobile robots are increasingly populating our human environments. A safe and efficient na...
Mobile robots are increasingly taking over the public square. This requires development and evaluati...
Mobile robots are increasingly taking over the public square. This requires development and evaluati...
Mobile service robots are increasingly used in indoor environments (e.g., shopping malls or museums)...
Autonomous navigation in highly populated areas remains a challenging task for robots because of the...
International audienceNavigating in complex and highly dynamic environments such as crowds is still ...
International audienceAbstract How does the presence of a robot affect pedestrians and crowd dynamic...
We consider the problem of navigating a mobile robot through dense human crowds. We begin by explori...
How does the presence of a robot affect pedestri- ans and crowd dynamics, and does this influence va...
Crowd simulations are used extensively to study the dynamics of human collectives. Such studies are ...