Results 281 to 290 of about 12,303 (297)
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2018
Real-world problems of interest seldom exist in isolation. Thus, we humans routinely resort to exploiting pre-existing ideas, either of our own, and/or those gleaned from others, whenever faced with a never before seen challenge or task. It is these building-blocks of knowledge, that reside in our brains, that were first referred to as “memes” by ...
Abhishek Gupta, Yew-Soon Ong
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Real-world problems of interest seldom exist in isolation. Thus, we humans routinely resort to exploiting pre-existing ideas, either of our own, and/or those gleaned from others, whenever faced with a never before seen challenge or task. It is these building-blocks of knowledge, that reside in our brains, that were first referred to as “memes” by ...
Abhishek Gupta, Yew-Soon Ong
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International Journal of Bifurcation and Chaos, 2004
We study a cellular automaton derived from the phenomenon of magnetic flux creep in two-dimensional granular superconductors. We model the superconductor as an array of Josephson junctions evolving according to a set of coupled ordinary differential equations.
Scott B. Hughes +4 more
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We study a cellular automaton derived from the phenomenon of magnetic flux creep in two-dimensional granular superconductors. We model the superconductor as an array of Josephson junctions evolving according to a set of coupled ordinary differential equations.
Scott B. Hughes +4 more
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Mathematical Notes, 2012
An upper bound for the minimal length of words which can be obtained at the output of an automaton with binary input and output alphabets is improved.
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An upper bound for the minimal length of words which can be obtained at the output of an automaton with binary input and output alphabets is improved.
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International Journal of Bifurcation and Chaos, 2001
As dynamical models, cellular automata sometimes provide compelling alternatives to differential equations. In addition to rapid simulations, their stylized dynamics may elucidate the essence of the underlying physics. In this Letter, we demonstrate the efficacy with which cellular automata can model spatiotemporal nonlinear dynamics.
John F. Lindner +2 more
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As dynamical models, cellular automata sometimes provide compelling alternatives to differential equations. In addition to rapid simulations, their stylized dynamics may elucidate the essence of the underlying physics. In this Letter, we demonstrate the efficacy with which cellular automata can model spatiotemporal nonlinear dynamics.
John F. Lindner +2 more
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On glueing states of an automaton
Discrete Mathematics and Applications, 2003Summary: We consider the problem on glueing states of an automaton which often arises in investigations of adaptive experiments. We give several estimates of time of glueing \(r\) states of an automaton with \(n\) states.
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1991
This comment on Julian Hilton’s article discusses two of his examples: the writings of Georg Buchner, and Henrik von Kleist’s On Marionette Theatre. While Hilton finds Buchner’s parallel between people and automatons to be positive and constructive, Florin sees it as helpless and constrained.
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This comment on Julian Hilton’s article discusses two of his examples: the writings of Georg Buchner, and Henrik von Kleist’s On Marionette Theatre. While Hilton finds Buchner’s parallel between people and automatons to be positive and constructive, Florin sees it as helpless and constrained.
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1965
Pushing forward into space can be accomplished either by manned or by unmanned space vehicles (automata). Space flight in manned vehicles is difficult because of the fact that the human organism can only bear small amounts of acceleration, irradiation and changes of temperature. For automata the corresponding ranges are larger. Further, it is difficult
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Pushing forward into space can be accomplished either by manned or by unmanned space vehicles (automata). Space flight in manned vehicles is difficult because of the fact that the human organism can only bear small amounts of acceleration, irradiation and changes of temperature. For automata the corresponding ranges are larger. Further, it is difficult
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