a multi agent approach and robotics behaviors can be classify as a type of distributed intelligence. This distributed intelligence has an advantage to solving particular problems through benefiting from "Divide and Conquer" approach. Inherent parallelism of multiple agents can do many, perhaps different things, at the same time. Multiple agents are able to be in different places at the same time and can achieve different goals at the same time. Our paper is presenting achieving of static and dynamic goals completion through agent negotiation. The robotic agents shall assist each other in goal acquisition. This can be achieved in any environment with no map or determined damnation. The agents in our work do not necessarily know it's location...
AbstractAutomated intelligent agents inhabiting a shared environment must coordinate their activitie...
According to multi-agent system theory and characteristics of the structural distribution of reconfi...
In complex robotic operating environments in which robots must cooperate in a flexible and event-dri...
Multi-robot teams have potential advantages over a single robot. Robots in a team can serve differen...
Multi-robot teams have potential advantages over a single robot. Robots in a team can serve differen...
Artificial Intelligence research has developed, during the last fifty years, a large variety of tool...
The use of Multi-Agent Systems as a Distributed AI paradigm for Robotics is the principal aim of our...
The use of Multi-Agent Systems as a Distributed AI paradigm for Robotics is the principal aim of our...
Intelligent robots are rational agents. The rationality of robots working cooperatively is significa...
This thesis presents a new framework for developing, coordinating, and managing a system of situated...
The oil and gas industry experience an increased dependency on IT and par- ticular software based ca...
This thesis presents a new framework for developing, coordinating, and managing a system of situated...
Master's thesis in Computer ScienceThe oil and gas industry experience an increased dependency on IT...
According to multi-agent system theory and characteristics of the structural distribution of reconfi...
Master's thesis in Computer ScienceThe oil and gas industry experience an increased dependency on IT...
AbstractAutomated intelligent agents inhabiting a shared environment must coordinate their activitie...
According to multi-agent system theory and characteristics of the structural distribution of reconfi...
In complex robotic operating environments in which robots must cooperate in a flexible and event-dri...
Multi-robot teams have potential advantages over a single robot. Robots in a team can serve differen...
Multi-robot teams have potential advantages over a single robot. Robots in a team can serve differen...
Artificial Intelligence research has developed, during the last fifty years, a large variety of tool...
The use of Multi-Agent Systems as a Distributed AI paradigm for Robotics is the principal aim of our...
The use of Multi-Agent Systems as a Distributed AI paradigm for Robotics is the principal aim of our...
Intelligent robots are rational agents. The rationality of robots working cooperatively is significa...
This thesis presents a new framework for developing, coordinating, and managing a system of situated...
The oil and gas industry experience an increased dependency on IT and par- ticular software based ca...
This thesis presents a new framework for developing, coordinating, and managing a system of situated...
Master's thesis in Computer ScienceThe oil and gas industry experience an increased dependency on IT...
According to multi-agent system theory and characteristics of the structural distribution of reconfi...
Master's thesis in Computer ScienceThe oil and gas industry experience an increased dependency on IT...
AbstractAutomated intelligent agents inhabiting a shared environment must coordinate their activitie...
According to multi-agent system theory and characteristics of the structural distribution of reconfi...
In complex robotic operating environments in which robots must cooperate in a flexible and event-dri...