A. Wad, O., A. Mahamed, H. (2011). OPTIMUM POSITION FOR CIVILIAN PLANT FOR BAGHDAD CITY AND MINIMUM RING TOUR WITHOUT INTERSECTION BETWEEN TWENTY CITIES OF IRAQ. , 24(3), 56-69.
Odai A. Wad; Hatem A. Mahamed. "OPTIMUM POSITION FOR CIVILIAN PLANT FOR BAGHDAD CITY AND MINIMUM RING TOUR WITHOUT INTERSECTION BETWEEN TWENTY CITIES OF IRAQ". , 24, 3, 2011, 56-69.
A. Wad, O., A. Mahamed, H. (2011). 'OPTIMUM POSITION FOR CIVILIAN PLANT FOR BAGHDAD CITY AND MINIMUM RING TOUR WITHOUT INTERSECTION BETWEEN TWENTY CITIES OF IRAQ', , 24(3), pp. 56-69.
A. Wad, O., A. Mahamed, H. OPTIMUM POSITION FOR CIVILIAN PLANT FOR BAGHDAD CITY AND MINIMUM RING TOUR WITHOUT INTERSECTION BETWEEN TWENTY CITIES OF IRAQ. , 2011; 24(3): 56-69.

OPTIMUM POSITION FOR CIVILIAN PLANT FOR BAGHDAD CITY AND MINIMUM RING TOUR WITHOUT INTERSECTION BETWEEN TWENTY CITIES OF IRAQ

AL-TAQANI
Article 1, Volume 24, Issue 3, 2011, Pages 56-69
Authors
Odai A. Wad; Hatem A. Mahamed
Abstract
The Genetic Algorithms can be considered as modern active way for finding optimum solution for many engineering problems as electronics , power , communication engineering. This optimum location has been detected with a low number of iteration . this optimazation can be used for many civilian applications such as location of electrical power station , location of communication center or other to reduce the price/ km for transmission line . this optimization problem has been run with a special genetic algorithm called ( Gas play ground ) with suitable genetic input file.
Keywords
GAs
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