Computer Creativity in Soccer :: Technology Artificial Intelligence Essays

reckoner Creativity in Soccer Studies concerning data processor creativity in cheat and music have been central issues in the theater of soppy give-and-take for over thirty eld, and several scholars of computer science are hopeful that computers will eventually be able to create original workings (Miranda, 16), but not until recently had any computer programmer chased Artificial Intelligence in athletics. This is a particularly daunting field because our knowledge of robotics is still very primitive, but this does not merit neglecting promote investigation. Robotic association football has emerged as a new challenge in Artificial Intelligence, but the question remains of whether robots playing sports has anything to do with true intelligence, or the level of creativity that is necessary to produce something artistic. The study of robotic soccer is like to that of computer-composed art in several ways, the simplest parallel being that the more reasoning(a) a computer i s, the more it excels at each of the fields. After a certain point, raw computing power will not assistant a computer to improve anymore at either soccer or art, but the ability to think in the first place will be essential in bringing forbidden true talent in a machine. The concept for robotic soccer originated in 1994 at an AI league when professor of computer science at Univer presenty of British Columbia, Alan Mackworth, presented a aggroup of motorized miniature Porsches with computer chips that chased a ball around, stressful to knock it into a goal. The motorized cars were equipped with only a mickle system and some basic programming, but much to the excitement of the labor of European and Japanese spectators, they were completely independent of any humane control. Mackworth had originally come up with the idea only a few years earlier, after learning of MIT and IBMs joint project to build profound Blue, the most advanced chess-playing computer program that became better than any human player after beating grandmaster Kasparov in a best out of five game match. Mackworth realized how simple it was to construct a computer that could outwit a human opponent at chess, commenting that, chess computers sit in a room and stare at a board. I thought AI should raise the bar. (Preville, National Post) Chess seemed to be adapt towards computers - it is a single-player, strategical game in which players have no clock constraints when thinking through all possible moves, and it does not necessitate mobility.