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Steady Fault Characteristic Analysis of a Missile Power System Based on a Differential Evolution Algorithm 被引量:3

Steady Fault Characteristic Analysis of a Missile Power System Based on a Differential Evolution Algorithm
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摘要 The differential evolution (DE) algorithm is applied to solving themodels''equations of a whole missile power system, and the steady fault characteristics of the wholesystem are analyzed. The DE algorithm is robust, requires few control variables, is easy to use andlends itself very well to parallel computation. Calculation results indicate that the DE algorithmsimulates faults of a missile power system very well. The differential evolution (DE) algorithm is applied to solving themodels''equations of a whole missile power system, and the steady fault characteristics of the wholesystem are analyzed. The DE algorithm is robust, requires few control variables, is easy to use andlends itself very well to parallel computation. Calculation results indicate that the DE algorithmsimulates faults of a missile power system very well.
出处 《International Journal of Plant Engineering and Management》 2005年第2期95-99,共5页 国际设备工程与管理(英文版)
关键词 liquid missile power system differential evolution algorithm faultscharacteristic analysis liquid missile power system differential evolution algorithm faultscharacteristic analysis
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  • 1R. Storn.On the usage of differential evolution for function optim ization[].NAFIPS Berkeley. 被引量:1

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