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Use of the genetic algorithm-based fuzzy logic controller for load-frequency control in a two area interconnected power system
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E. Cam Et Al. , "Use of the genetic algorithm-based fuzzy logic controller for load-frequency control in a two area interconnected power system," Applied Sciences (Switzerland) , vol.7, no.3, 2017

Cam, E. Et Al. 2017. Use of the genetic algorithm-based fuzzy logic controller for load-frequency control in a two area interconnected power system. Applied Sciences (Switzerland) , vol.7, no.3 .

Cam, E., GÖREL, G., & MAMUR, H., (2017). Use of the genetic algorithm-based fuzzy logic controller for load-frequency control in a two area interconnected power system. Applied Sciences (Switzerland) , vol.7, no.3.

Cam, Ertugrul, GÖKSU GÖREL, And HAYATİ MAMUR. "Use of the genetic algorithm-based fuzzy logic controller for load-frequency control in a two area interconnected power system," Applied Sciences (Switzerland) , vol.7, no.3, 2017

Cam, Ertugrul Et Al. "Use of the genetic algorithm-based fuzzy logic controller for load-frequency control in a two area interconnected power system." Applied Sciences (Switzerland) , vol.7, no.3, 2017

Cam, E. GÖREL, G. And MAMUR, H. (2017) . "Use of the genetic algorithm-based fuzzy logic controller for load-frequency control in a two area interconnected power system." Applied Sciences (Switzerland) , vol.7, no.3.

@article{article, author={Ertugrul Cam Et Al. }, title={Use of the genetic algorithm-based fuzzy logic controller for load-frequency control in a two area interconnected power system}, journal={Applied Sciences (Switzerland)}, year=2017}