Abstract — The objective of this research is to optimize robots’ cooperative work and obtain the minimum displacement of humans in a guiding people mission, where some individuals can escape from the formation and must be regrouped by robots. The guiding mission is done in an urban environment, with obstacles and building constraints, where people can move freely and using multiple mobile robots which work cooperatively. In this paper, the forces that actuate toward robots will be studied, which are the forces between robots and humans and the forces between humans. Our goal is to find out the minimum work required for robots to lead and regroup people. We have developed a cost function that minimizes the work required in order to do this c...
In the future, robots will gradually become part of our daily life. Hence, human-robot-interaction i...
This research focuses on improving human-robot co-navigation for teams of robots and humans navigati...
Abstract — This paper presents an approach to optimizing entire trajectories for a group of mobile r...
Abstract — The objective of this research is to optimize robots’ cooperative work and obtain the min...
The objective of this research is to optimize robots cooperative work and obtain the minimum displac...
Abstract—This article presents a novel approach for optimizing locally the work of cooperative robot...
This work presents a novel approach for optimizing locally the work of cooperative robots and obtain...
This study proposes a new model for guiding people in urban settings using multiple robots that work...
This article presents a novel approach for solving peo-ple guidance in urban settings suported in Mu...
An analytical model is presented as a possible methodology to analyse Human-Robot (H-R) cooperative ...
This thesis is about cooperation of multiple robots that have a common task they should fulfill, i.e...
Abstract This article presents a new approach for guiding a group of people using an adaptive multi ...
The planning of collision-free paths of a team of mobile robots involves many degrees of freedom and...
International audienceThis paper deals with reaching and keeping the formation for a group of mobile...
This article presents a new approach for guiding a group of people using an adaptive multi agent sy...
In the future, robots will gradually become part of our daily life. Hence, human-robot-interaction i...
This research focuses on improving human-robot co-navigation for teams of robots and humans navigati...
Abstract — This paper presents an approach to optimizing entire trajectories for a group of mobile r...
Abstract — The objective of this research is to optimize robots’ cooperative work and obtain the min...
The objective of this research is to optimize robots cooperative work and obtain the minimum displac...
Abstract—This article presents a novel approach for optimizing locally the work of cooperative robot...
This work presents a novel approach for optimizing locally the work of cooperative robots and obtain...
This study proposes a new model for guiding people in urban settings using multiple robots that work...
This article presents a novel approach for solving peo-ple guidance in urban settings suported in Mu...
An analytical model is presented as a possible methodology to analyse Human-Robot (H-R) cooperative ...
This thesis is about cooperation of multiple robots that have a common task they should fulfill, i.e...
Abstract This article presents a new approach for guiding a group of people using an adaptive multi ...
The planning of collision-free paths of a team of mobile robots involves many degrees of freedom and...
International audienceThis paper deals with reaching and keeping the formation for a group of mobile...
This article presents a new approach for guiding a group of people using an adaptive multi agent sy...
In the future, robots will gradually become part of our daily life. Hence, human-robot-interaction i...
This research focuses on improving human-robot co-navigation for teams of robots and humans navigati...
Abstract — This paper presents an approach to optimizing entire trajectories for a group of mobile r...