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Research on Fire Power Distribution Model of Shore Support Based on PSGA

Li, Xiang Yang / Ji, Wan Feng / Xu, Hai Feng / Pan, Chang Peng

As for the two main limitations as partial constringency and convergence hysteresis of Genetic Algorithms (GA), predatory search is introduced and Predatory Search Genetic Algorithms (PSGA) based on GA is designed to enhance the integrate ability of hunting. The concepts of fire support platform and target fitness are introduced, and fire power distribution model based on fire support fitness coefficient is built. The improved PSGA is applied to fire power and emulation experiment is done. The result of emulation shows the validity of the improved algorithm.

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Research on Fire Power Distribution Model of Shore Support Based on PSGA

Li, Xiang Yang / Ji, Wan Feng / Xu, Hai Feng / Pan, Chang Peng

As for the two main limitations as partial constringency and convergence hysteresis of Genetic Algorithms (GA), predatory search is introduced and Predatory Search Genetic Algorithms (PSGA) based on GA is designed to enhance the integrate ability of hunting. The concepts of fire support platform and target fitness are introduced, and fire power distribution model based on fire support fitness coefficient is built. The improved PSGA is applied to fire power and emulation experiment is done. The result of emulation shows the validity of the improved algorithm.

Research on Fire Power Distribution Model of Shore Support Based on PSGA

Li, Xiang Yang / Ji, Wan Feng / Xu, Hai Feng / Pan, Chang Peng

As for the two main limitations as partial constringency and convergence hysteresis of Genetic Algorithms (GA), predatory search is introduced and Predatory Search Genetic Algorithms (PSGA) based on GA is designed to enhance the integrate ability of hunting. The concepts of fire support platform and target fitness are introduced, and fire power distribution model based on fire support fitness coefficient is built. The improved PSGA is applied to fire power and emulation experiment is done. The result of emulation shows the validity of the improved algorithm.

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Title:

Research on Fire Power Distribution Model of Shore Support Based on PSGA

Contributors:

Li, Xiang Yang / Ji, Wan Feng / Xu, Hai Feng / Pan, Chang Peng

Published in:

Applied Mechanics and Materials ; 543-547 ; 747-750

Publication date:

2014-03-24

Size:

4 pages

ISSN:

1662-7482 , 1660-9336

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.543-547.747

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Predatory Search , PSGA , Fire Power Distribution Model , Fitness Coefficient

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