APPROXIMATION OF FRACTAL SETS BY JULIA SET ATTRACTORS OF POLYNOMIAL ITERATED FUNCTION SYSTEMS
ALEXANDER V. MELNIKOV
Abstract
ALEXANDER V. MELNIKOV
Abstract
A novel computational solution of the fractal inverse problem is suggested. The method presented is based on the idea of approximating fractal sets by Julia set attractors of polynomial Iterated Function Systems (IFS). An implementation of this method has shown good results and stable convergence both for polynomial Julia sets and other sets with similar features.
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A novel computational solution of the fractal inverse problem is suggested. The method presented is based on the idea of approximating fractal sets by Julia set attractors of polynomial Iterated Function Systems (IFS). An implementation of this method has shown good results and stable convergence both for polynomial Julia sets and other sets with similar features.
Key concepts: Julia set, Iterated function system, Fractal, Attractor, Mathematics, Polynomial, Convergence (economics), Iterated function