The phrase "a soccer system" is correct and usable in written English.
It can be used when referring to a structured approach or methodology related to soccer, such as training, tactics, or organization.
Example: "The coach implemented a new soccer system that focused on teamwork and communication among players."
Alternatives: "a football framework" or "a soccer strategy."
It can be applied to the robot operating in a dynamically changing environment, such as in a robot soccer system.
In this contribution a robot soccer system (Kopacek, 2002; Putz, 2004; Würzl, 2003 and 2005) will be described.
Simulations and real experiments using a robot soccer system demonstrate the merits and practical applicability of the proposed method.
In this context we introduce three design principles for complex cooperative behavior minimalism, statelessness and tolerance and present a RoboCup soccer system that matches the sophistication of many deliberative soccer systems while exceeding their robustness, through the use of strict behavior-based techniques with no explicit communication.
The proposed approach is then generalized to the case of quick, intelligent and accurate decision-making in the case of a robot soccer system with robots utilizing the concept of compounded artificial neural networks.
Klinsmann's task is to take a U.S. soccer system which has produced uneven results over the last decade and move it into the upper echelon of soccer nations - and that task is more difficult than going from the poor performances of the 1990s to the largely respectable return during the 2000s.
The central midfielder, returning to the MLS, says he is motivated by a U.S. soccer system that is ever strengthening, and if the national team is to match his ambitions, one has to think that Bradley will play an integral role in making Jürgen Klinsmann's men tick.
Using the capability of self-localization and tracking with the sensor network, we show the proposed control framework can be applied to a large scale robot soccer system in which a large number of robots have to be coordinated effectively in real time.
This paper proposes the modelling and simulation of an artificial neural network based computed torque controller for the trajectory planning of a robot in a multi-agent robot soccer system.
This paper proposes an efficient, Bezier curve based approach for the path planning of a mobile robot in a multi-agent robot soccer system.
