As robots become more involved in assisting us in large and hazardous operations, such as search and rescue, we can anticipate that diverse robots will come together with the need to coordinate their efforts. These robots will come from different organizations, creating a heterogeneous team, varying in shape, size, and functionality. How can diverse robots forming such an impromptu team collaborate to accomplish a joint objective? If they are to organize and work together, methods must be developed that allow them to share knowledge in a meaningful way. We propose an ontology-based symbolic communication protocol to provide a shared understanding of physical concepts between units. Coordination is then accomplished through a negotiation of ...
International audienceIn a world that is giving prominence to ubiquitous computing, a classical stan...
replacement of a single robot by cooperative robotic team in highly demanding applications, such as ...
Combining the unique capabilities of robots, agents and peo-ple (RAPs) promises to improve the safet...
This paper describes the joint approach of three research groups to enable a heterogeneous team of r...
In search and rescue missions robots are used to help rescue workers in exploring the disaster site....
As we progress towards a world where robots play an integral role, a critical problem that remains t...
We are exploring using techniques of semantic integration to enable the integration of teams of mobi...
This paper describes an ontology-based approach to interaction of users and mobile robots for joint ...
Manned space missions are typically performed by teams composed of humans as well as technical syste...
Item does not contain fulltextManned space missions are typically performed by teams composed of hum...
This paper describes an ontology-based approach to interaction of users and mobile robots for joint ...
The diffusion of Human-Robot Collaborative cells is prevented by some barriers. Classical control ap...
Abstract. A key feature of human cooperation is that we can coordinate well without communication or...
A current limitation in the real-world use of cooperating mobiIe robots is the difficulty in determi...
In this work, we describe how agents can take advantage of synergies among each other and increase t...
International audienceIn a world that is giving prominence to ubiquitous computing, a classical stan...
replacement of a single robot by cooperative robotic team in highly demanding applications, such as ...
Combining the unique capabilities of robots, agents and peo-ple (RAPs) promises to improve the safet...
This paper describes the joint approach of three research groups to enable a heterogeneous team of r...
In search and rescue missions robots are used to help rescue workers in exploring the disaster site....
As we progress towards a world where robots play an integral role, a critical problem that remains t...
We are exploring using techniques of semantic integration to enable the integration of teams of mobi...
This paper describes an ontology-based approach to interaction of users and mobile robots for joint ...
Manned space missions are typically performed by teams composed of humans as well as technical syste...
Item does not contain fulltextManned space missions are typically performed by teams composed of hum...
This paper describes an ontology-based approach to interaction of users and mobile robots for joint ...
The diffusion of Human-Robot Collaborative cells is prevented by some barriers. Classical control ap...
Abstract. A key feature of human cooperation is that we can coordinate well without communication or...
A current limitation in the real-world use of cooperating mobiIe robots is the difficulty in determi...
In this work, we describe how agents can take advantage of synergies among each other and increase t...
International audienceIn a world that is giving prominence to ubiquitous computing, a classical stan...
replacement of a single robot by cooperative robotic team in highly demanding applications, such as ...
Combining the unique capabilities of robots, agents and peo-ple (RAPs) promises to improve the safet...