Distributed coordination among robotic soccer agents has been considered in the recent years within the framework offered by the RoboCup competitions, mostly in the simulation and F-180 leagues. In this paper we describe the methods and the results achieved in coordinating the players of the ART team participating in the F-2000 league. The team is formed by several heterogeneous robots having different mechanics, different sensors, different control software, and, in general, different abilities for playing soccer. The coordination framework we have developed has been successfully applied during the 1999 official competitions allowing both for a significant improvement of the overall team performance and for a complete interchangeability of...
Abstract: Present day teams taking part in RoboCup are typically developed by a single research grou...
Journal home page: http://www.ttp.net/1660-9336.html[EN] Soccer robots have been frequently used to ...
Robot Soccer is a rich domain for the study in artificial intelligence. Teams of players must work t...
Distributed coordination among robotic soccer agents has been considered in the recent years within ...
Coordination among multiple robots has been extensively studied, since a number of practical tasks c...
In robot soccer, as well as in real soccer and in every team effort, coordination between members of...
Abstract—Multi-agent systems (MAS) are a research topic with ever-increasing importance. This is due...
. Multi-agent coordination is essential to success in the robot soccer domain. This paper outlines t...
This work presents a pioneering collaboration between two robot soccer teams from different RoboCup ...
In this paper, we focus on various aspects of coordination in the framework of the RoboCup competiti...
Robotic soccer is a challenging research domain because many different research areas have to be add...
Aiming at improving our physical strength and expanding our knowledge, tournaments and competitions ...
Effective team strategies and joint decision-making processes are fundamental in modern robotic appl...
Robotic soccer is an adversarial multi-agent research domain, in which issues of perception, multi-a...
Abstract- Robot Soccer is a rich domain for the study in artificial intelligence. Teams of players m...
Abstract: Present day teams taking part in RoboCup are typically developed by a single research grou...
Journal home page: http://www.ttp.net/1660-9336.html[EN] Soccer robots have been frequently used to ...
Robot Soccer is a rich domain for the study in artificial intelligence. Teams of players must work t...
Distributed coordination among robotic soccer agents has been considered in the recent years within ...
Coordination among multiple robots has been extensively studied, since a number of practical tasks c...
In robot soccer, as well as in real soccer and in every team effort, coordination between members of...
Abstract—Multi-agent systems (MAS) are a research topic with ever-increasing importance. This is due...
. Multi-agent coordination is essential to success in the robot soccer domain. This paper outlines t...
This work presents a pioneering collaboration between two robot soccer teams from different RoboCup ...
In this paper, we focus on various aspects of coordination in the framework of the RoboCup competiti...
Robotic soccer is a challenging research domain because many different research areas have to be add...
Aiming at improving our physical strength and expanding our knowledge, tournaments and competitions ...
Effective team strategies and joint decision-making processes are fundamental in modern robotic appl...
Robotic soccer is an adversarial multi-agent research domain, in which issues of perception, multi-a...
Abstract- Robot Soccer is a rich domain for the study in artificial intelligence. Teams of players m...
Abstract: Present day teams taking part in RoboCup are typically developed by a single research grou...
Journal home page: http://www.ttp.net/1660-9336.html[EN] Soccer robots have been frequently used to ...
Robot Soccer is a rich domain for the study in artificial intelligence. Teams of players must work t...