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In response to a predator, many schools of fish display complex patterns of spatial aggregation, so that small disturbances can quickly cascade through an entire group, transferring the survival-critical information.

For our RoboCup team, similar behaviour allows the virtual players to achieve a high degree of coherent mobility. On the one hand, the players are constantly refining their positions in response to opponent players.


On the other hand, the repositioning is not erratic and the players move in co-ordinated ways. The team tactics have also been evolved to counteract different types of opponents, creating a rich variety of behaviours and increasing robustness and resilience. The key difference is that information provides context for data, and the information flows highlight the most relevant and salient dynamics. The complexity of RoboCup teams will likely only grow with time, meeting new challenges and solving new problems, as the whole initiative and the technology keep advancing.

An entirely new generation of scientists and engineers will drive the innovations in , when RoboCup marks another 20 years on its journey. By then, it is quite likely that complex systems, as a field of study , will have taken a central stage in educational programs worldwide, integrating elements of information technology, physics, biology and mathematics, and developing future leaders in engineering, science and business. Screen music and the question of originality - Miguel Mera — London, Islington. UEA Inaugural lecture: Alternative performance measures: do managers disclose them to inform us, or to mislead us?

Edition: Available editions United Kingdom. Mikhail Prokopenko , Author provided. Mikhail Prokopenko , University of Sydney. Artificial evolution We can illustrate this challenge by returning to football, and robot soccer in particular. The author centre podium, right and Dr Obst centre podium, left claim the championship trophy at the RoboCup award ceremony in Leipzig, Germany.

Natalia Kishigami , Author provided In order to optimise our team, we used a form of human-based evolutionary computation. The winning goal scored by our RoboCup team, Gliders in yellow , in the 2D Simulation final of Mikhail Prokopenko , Author provided Many of these questions resonate with generic issues encountered in complex systems.

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Robot Soccer Educational Courses

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Ivanescu Ed. Hagar, H.

RoboCup Robot Soccer World Cup XIV - Google книги

Cristensen, H. Klein Eds. Vlassis, N. Auxiliary particle filter robot localization from high-dimensional sensor observations. Maciejewski Eds. IEEE Int. Clockwork orange: The dutch robosoccer team. Springer Berlin Heidelberg. Asoh, H. Jijo An office robot that communicates and learns. A distributed world model for robot soccer that supports the development of team skills. Autonomous map building by mobile robots. A probabilistic model for appearance-based robot localization. Image and Vision Computing, 19 6 , Massios, N. A strategy for robot surveillance using the hierarchical structure of the environment.

Edge-based features from omndirectional images for robot localization. Learning task-relevant features from robot data. Stentz Eds. Feature selection for appearance-based robot localization. Heading Direction for a mobile robot from optic flow. Image and Vision Computing, 18 5 , Programming robots is fun: Robocup Jr. In van. Q-Learning for Mobile Robot Control. Postma Eds. Appearance based robot localization. Kraetzschmar Ed. Motomura, Y. Probabilistic robot localization and situated feature focusing. An information-theoretic localization criterion for robot map building. Robot environment modeling via principal component regression.

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In Jacky Baltes, Michail G.