A "quasi-genetic" algorithm for searching the dangerous areas generated by a grounding system
Sets out a method for determining the dangerous areas on the soil surface. The touch voltages are calculated by a Maxwell's subareas program. The search for the areas in which the touch voltages are dangerous is performed by a suitably modified genetic algorithm. The fitness is redefined so tha...
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Veröffentlicht in: | Compel 2004-09, Vol.23 (3), p.724-732 |
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creator | Sylos Labini, Marcello Covitti, Arturo Delvecchio, Giuseppe Neri, Ferrante |
description | Sets out a method for determining the dangerous areas on the soil surface. The touch voltages are calculated by a Maxwell's subareas program. The search for the areas in which the touch voltages are dangerous is performed by a suitably modified genetic algorithm. The fitness is redefined so that the genetic algorithm does not lead directly to the only optimum solution, but to a certain number of solutions having pre-arranged "goodness" characteristics. The algorithm has been called "quasi-genetic" algorithm and has been successfully applied to various grounding systems. |
doi_str_mv | 10.1108/03321640410540656 |
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subjects | Algorithms Chromosomes Computer programming Design Electromagnetism Genetic algorithms Mutation Population Studies |
title | A "quasi-genetic" algorithm for searching the dangerous areas generated by a grounding system |
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