Many scenarios require that robots work together as a team in order to effectively accomplish their tasks. However, pre-coordinating these teams may not always be possible given the growing number of companies and research labs creating these robots. Therefore, it is desirable for robots to be able to reason about ad hoc teamwork and adapt to new teammates on the fly. This paper adopts an approach of learning policies to cooperate with past teammates and reusing these policies to quickly adapt to the new teammates. This approach is applied to the complex domain of robot soccer in the form of half field offense in the RoboCup simulated 2D league. This paper represents a preliminary investigation into this domain and presents a promising appr...
AbstractMulti-agent collaboration or teamwork and learning are two critical research challenges in a...
Summary Robotic soccer requires the ability of individually acting agents to cooperate. The simulati...
The key issue investigated in the field of Multi-Robot Systems (MRS) is the problem of coordinating ...
Many scenarios require that robots work together as a team in order to effectively accomplish their ...
Many scenarios require that robots work together as a team in order to effectively accomplish their ...
Robot Soccer is a rich domain for the study in artificial intelligence. Teams of players must work t...
Robocup is one of the largest scientific robotic initiatives. It is organized in different leagues, ...
Abstract- Robot Soccer is a rich domain for the study in artificial intelligence. Teams of players m...
This work presents a pioneering collaboration between two robot soccer teams from different RoboCup ...
Effective team strategies and joint decision-making processes are fundamental in modern robotic appl...
Soccer is a rich domain for the study of multiagent learning issues. Not only must the players learn...
Aiming at improving our physical strength and expanding our knowledge, tournaments and competitions ...
The RoboCup robot soccer Small Size League has been running since 1997 with many teams success-fully...
This book is devoted to the encounter and interaction of agents such as robots with other agents and...
Abstract. We present half field offense, a novel subtask of RoboCup simulated soccer, and pose it as...
AbstractMulti-agent collaboration or teamwork and learning are two critical research challenges in a...
Summary Robotic soccer requires the ability of individually acting agents to cooperate. The simulati...
The key issue investigated in the field of Multi-Robot Systems (MRS) is the problem of coordinating ...
Many scenarios require that robots work together as a team in order to effectively accomplish their ...
Many scenarios require that robots work together as a team in order to effectively accomplish their ...
Robot Soccer is a rich domain for the study in artificial intelligence. Teams of players must work t...
Robocup is one of the largest scientific robotic initiatives. It is organized in different leagues, ...
Abstract- Robot Soccer is a rich domain for the study in artificial intelligence. Teams of players m...
This work presents a pioneering collaboration between two robot soccer teams from different RoboCup ...
Effective team strategies and joint decision-making processes are fundamental in modern robotic appl...
Soccer is a rich domain for the study of multiagent learning issues. Not only must the players learn...
Aiming at improving our physical strength and expanding our knowledge, tournaments and competitions ...
The RoboCup robot soccer Small Size League has been running since 1997 with many teams success-fully...
This book is devoted to the encounter and interaction of agents such as robots with other agents and...
Abstract. We present half field offense, a novel subtask of RoboCup simulated soccer, and pose it as...
AbstractMulti-agent collaboration or teamwork and learning are two critical research challenges in a...
Summary Robotic soccer requires the ability of individually acting agents to cooperate. The simulati...
The key issue investigated in the field of Multi-Robot Systems (MRS) is the problem of coordinating ...