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In mathematics, effective dimension is a modification of Hausdorff dimension and other fractal dimensions that places it in a computability theory setting. There are several variations (various notions of effective dimension) of which the most common is effective Hausdorff dimension.
The two most important notions of fractal dimension are Hausdorff dimension, developed by Haus- dorff [17], and packing dimension, developed by Tricot [63] ...
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This paper aims to introduce a method based on generating fractal and determining boxes by rigid mathematical definition to eliminate the deviation of each box ...
These effective dimensions are useful measures of complexity for theoretical computer science and are closely related to other measures of complexity including ...
Fractals, which are irregular geometric objects, require a third meaning: The Hausdorff Dimension. If we take an object residing in Euclidean dimension D and ...
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A fractal dimension is an index (can be integers or fraction) for characterizing fractal patterns or sets by quantifying their complexity.
Nov 25, 2004 · Classical fractal dimensions (Hausdorff dimension and packing dimension) have recently been effectivized by (i) characterizing them in terms ...
Effective fractal dimension was defined by Lutz (2003) in order to quantitatively analyze the structure of complexity classes, but then interesting ...
Feb 22, 2023 · In engineering, fractal dimensions are used to design efficient and robust structures, such as antennas and fractal antennas, which have a ...
The fractal dimension of this attractor counts the effective number of degrees of freedom in the dynamical system and thus quantifies its complexity.