There is a big difference between Simulation League and Middle Size League in RoboCup, that is, a program written for the former can not be easily transferred to the latter. Since the final aim is real robotics, in this paper we suggest a new match for RoboCup Soccer which can fill this gap. We designed and implemented a Modeled Robot Soccer Server most like Middle Size RoboCup that contains a ...

This paper uses statistical analysis to demonstrate the progress to date in answering the RoboCup Synthetic Agent Challenge. We analyze the complete set of log data produced by the simulator tournaments of 1997 and 1998, applying techniques such as principal component analysis to identify precisely what has improved, and what requires further work. Since the code that implements our analysis pr...

In RoboCup, robots must make quick decisions under uncertainty. To this end, this paper introduces a new approach to enable humanoid soccer robots to execute kicks quickly and ensure that they move the ball down field. This paper presents a kick engine capable of kicking at a variety of distances and angles and then describes a novel kick decision method for selecting from among a large set of ...

An important aim of the current research effort in artificial intelligence and robotics is to achieve cooperative agent behavior for teams of robots in real-world scenarios. Especially in the RoboCup scenario, but also in other projects like Nexus, agents have to cooperate efficiently to reach certain goals. In the RoboCup project, cooperative team-play and team strategies similar to real world...

Creating complex agents for simulation environments has long been the exclusive realm of AI experts. However it is far more desirable that experts in the particular application domain, rather than AI experts, are empowered to specify agent behavior. In this paper an approach is presented that allows domain experts to specify the high-level team strategies of agents for RoboCup. The domain exper...

This paper describes the status of the SocRob MSL robotic soccer team as required by the RoboCup 2013 qualification procedures. The team’s latest scientific and technical developments, since its last participation in RoboCup MSL, include further advances in cooperative perception; novel communication methods for distributed robotics; progressive deployment of the ROS middleware; improved locali...

This paper describes the RoboCup Humanoid League team NimbRo TeenSize of Rheinische Friedrich-Wilhelms-Universiẗı¿ 1 2 t Bonn, Germany, as required by the RoboCup qualification procedure for the competition in Hefei, China in July 2015. Our team uses self-constructed robots for playing soccer. This paper describes the mechanical and electrical design of the robots, covers the software used for ...

Our research is concerned with making a dynamic, closed loop, stabilized kick for the Nao robot. The Nao is a humanoid robot made by Aldebaran Robotics. It is used in the Standard Platform League of the RoboCup, an organization which organizes football (soccer) competitions for autonomous robots. Kicking, of course, is an important part of football, and thus a good kick is vital to achieving go...

A multi-agent system can sometimes benefit from assigning distinct roles to the agents. The agents will thus have different behaviours and responsibilities. I discuss roles in multi-agent systems and investigate how roles can be used in a RoboCup team of soccer-playing agents. The basis of a generic RoboCup agent has been implemented from which a team of agent players with specialised roles can...