Thanks to advances in both computer science and engineering, the divide between robotics and multi-agent systems is shrinking. Robots are capable of performing an ever wider range of tasks, and there is an increasing need for solutions to high-level problems such as multi-agent coordination. In this paper we examine the problem of finding a robust exploration strategy for a team of mobile robots that takes into account communication limitations.We propose four performance metrics to evaluate and compare existing multi-robot exploration algorithms, and present a role-based approach in which robots either act as explorers or as relays. The result is a complete exploration of the environment in which information is efficiently returned to a ce...
In this paper we study different coordination strategies for a group of robots involved in a search ...
Distributed cooperative robots can be highly beneficial in mapping disaster environments and assisti...
Abstract--Whenever a mobile robot has to deal with an environment that is totally or partially unkno...
Thanks to advances in both computer science and engineering, the divide between robotics and multi-a...
Teams of communicating robots are likely to be used for a wide range of applications in the near fut...
In the near future, groups of autonomous robots using wireless communication will be used for a wide...
In the near future, groups of autonomous robots using wireless communication will be used for a wide...
For many robotics applications (such as robotic search and rescue), information about the environmen...
For many robotics applications (such as robotic search and rescue), information about the environmen...
Abstract — We propose a multi-robot exploration algorithm that uses adaptive coordination to provide...
The exploration problem is a fundamental subject in autonomous mobile robotics that deals with achie...
Presented at the 13th International Symposium on Experimental Robotics, Montreal, Canada, June 2012....
Abstract. Exploration is a core challenge for RoboCup Rescue. Socalled communicative exploration is ...
In this paper we study different coordination strategies for a group of robots involved in a search ...
Many robotics applications benefit from cooperative exploration by multiple robots. Often the enviro...
In this paper we study different coordination strategies for a group of robots involved in a search ...
Distributed cooperative robots can be highly beneficial in mapping disaster environments and assisti...
Abstract--Whenever a mobile robot has to deal with an environment that is totally or partially unkno...
Thanks to advances in both computer science and engineering, the divide between robotics and multi-a...
Teams of communicating robots are likely to be used for a wide range of applications in the near fut...
In the near future, groups of autonomous robots using wireless communication will be used for a wide...
In the near future, groups of autonomous robots using wireless communication will be used for a wide...
For many robotics applications (such as robotic search and rescue), information about the environmen...
For many robotics applications (such as robotic search and rescue), information about the environmen...
Abstract — We propose a multi-robot exploration algorithm that uses adaptive coordination to provide...
The exploration problem is a fundamental subject in autonomous mobile robotics that deals with achie...
Presented at the 13th International Symposium on Experimental Robotics, Montreal, Canada, June 2012....
Abstract. Exploration is a core challenge for RoboCup Rescue. Socalled communicative exploration is ...
In this paper we study different coordination strategies for a group of robots involved in a search ...
Many robotics applications benefit from cooperative exploration by multiple robots. Often the enviro...
In this paper we study different coordination strategies for a group of robots involved in a search ...
Distributed cooperative robots can be highly beneficial in mapping disaster environments and assisti...
Abstract--Whenever a mobile robot has to deal with an environment that is totally or partially unkno...