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Gaussian adaptation
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help| Gaussian adaptation (GA) is an evolutionary algorithm designed for the maximization of manufacturing yield due to statistical deviation of component values of signal processing systems. In short, GA is a stochastic adaptive process where a number of samples of an n-dimensional vector x[x = (x1, x2, ..., xn)] are taken from a multivariate Gaussian distribution, N(m − x), having mean m and moment... Read enhanced Wikipedia article |
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Gaussian adaptation
Gaussian adaptation (GA) is an evolutionary algorithm designed for the maximization of manufacturing yield due to statistical deviation of component values of signal processing systems. -
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Genetic algorithm
Gaussian adaptation (normal or natural adaptation, abbreviated NA to avoid confusion with GA) is intended for the maximisation of manufacturing yield of signal processing systems. -
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List of numerical analysis topics
Gaussian adaptation -
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Entropy in thermodynamics and information theory
This is illustrated by the figure below, showing Gaussian adaptation climbing a mountain crest in a phenotypic landscape. -
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Evolutionary algorithm
Gaussian adaptation - Based on information theory. -
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Fitness (biology)
In the case N is a Gaussian it is fairly easily proved that the average information (information entropy, disorder, diversity) of a large population may be maximized by Gaussian adaptation - keeping the mean fitness constant - in accordance with recapitulation, the central limit theorem, the Hardy-Weinberg law and the second law of thermodynamics. -
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Differential evolution
Gaussian adaptation -
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Gaussian function
Two-dimensional Gaussian function ... Such functions are often used in image processing and in computational models of visual system function -- see the articles on scale space and affine shape adaptation. -
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Gaussian beam
Non-Gaussian beams also exhibit this effect, but a Gaussian beam is a special case where the product of width and divergence is the smallest possible. -
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Gaussian integer
The following elaborates on these conditions. ... The real and imaginary axes have the infinite set of Gaussian primes 3, 7, 11, 19, ... and their associates.
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Gaussian adaptation