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Even for Coulom - a good but not great Go player himself - Crazy Stone's moves can be incomprehensible. We have to, since games of Go are often so complex that only extremely high-level players can understand how they're progressing. Most people in the room take the pros like O Meien at their word. >Even for Coulom - a good but not great Go player himself - Crazy Stone's moves can be incomprehensible. From the sound of it, Crazy Stone's prospects are increasingly bleak. As other games in the room finish, the crowd in front of the projector screen grows larger and louder.
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After a few more turns, another professional named O Meien pronounces Nomitan the leader. With the game nearly halfway done, Crazy Stone is only 55 percent confident, which means it's even money. Tesuji means something like "clever play," and Nomitan's tesuji are giving Crazy Stone serious trouble.
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It's the one classic game where wetware still dominates hardware. Now, computers match or surpass top humans in a wide variety of games: Othello, Scrabble, backgammon, poker, even Jeopardy. Then, three years later, they topped the chess world, IBM's Deep Blue supercomputer besting world champion Garry Kasparov.
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In 1994, machines took the checkers crown, when a program called Chinook beat the top human. Even if it does advance to the man-machine match, Crazy Stone has no chance of changing this, but Coulom wants to see how far his creation has come.Ĭomputers match or surpass top humans in chess, Othello, Scrabble, backgammon, poker, even Jeopardy. No machine has ever beaten a top human Go player - at least not without a huge head-start. If Crazy Stone can win and advance to the finals, it will earn the right play one of the best human Go players in Japan. On each screen, you can see a Go board - a grid of 19 lines by 19 lines - filling up with black and white playing pieces, each placed at the intersection of two lines.
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Coulom's is running a piece of software called Crazy Stone - the work of over seven years - and the other runs Nomitan, coded by Viennot and his Japanese partner, Kokolo Ikeda.Ĭrazy Stone and Nomitan are locked in a game of Go, the Eastern version of chess. They're focused on the two computers in front of them. Spectators are gathered in front of an old projector screen in the corner, and a ragged camera crew is preparing to broadcast the tournament via online TV, complete with live analysis from two professional commentators.Ĭoulom is wearing the same turtleneck sweater and delicate rimless glasses he wore at last year's competition, and he's seated next to his latest opponent, an ex-pat named Simon Viennot who's like a younger version of himself - French, shy, and self-effacing.
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The venue is far from glamorous - a dingy conference room with faux-wood paneling and garish fluorescent lights - but there's still a buzz about the place. That may take another ten years or so, but the long push starts here, at Japan's University of Electro-Communications. The methodology constitutes a feasible tool for revealing the effects of debonding of ceramic brackets on sound and previously injured dental enamel surfaces.TOKYO, JAPAN - Rémi Coulom is sitting in a rolling desk chair, hunched over a battered Macbook laptop, hoping it will do something no machine has ever done.
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The new protocol was effective to provide qualitative and quantitative assessments of changes on the same dental surfaces at different trial times. Noncontact three-dimensional high-resolution image analyses revealed the capabilities of the employed technique and methodology to permit the examination of specific characteristics and alterations on the surfaces, before and after the debonding and finishing procedures. Observations were made of representative areas measuring 1,280 × 1,280 μm 2, in the center of the enamel samples, as well as of the total topography (2,500 × 3,500 μm) of the bonding areas provided by the equipment software. A sample repositioning protocol was established to enable surface measurement and analysis before and after bracket debonding. The labial enamel surfaces of three upper central incisors were prepared and mounted in the form of standardized specimens. The aim of this in vitro study was to present a method using confocal laser scanning microscopy for three-dimensional analysis of human dental enamel subjected to ceramic bracket debonding.