YILMAZ, M. Et Al. 2025. A novel maximum power point tracking approach based on fuzzy logic control and optimizable Gaussian Process Regression for solar systems under complex environment conditions. Engineering Applications of Artificial Intelligence , vol.141 .

YILMAZ, M., Çorapsız, M. R., & ÇORAPSIZ, M. F., (2025). A novel maximum power point tracking approach based on fuzzy logic control and optimizable Gaussian Process Regression for solar systems under complex environment conditions. Engineering Applications of Artificial Intelligence , vol.141.

YILMAZ, Mehmet, Muhammed Reşit Çorapsız, And Muhammed Fatih ÇORAPSIZ. "A novel maximum power point tracking approach based on fuzzy logic control and optimizable Gaussian Process Regression for solar systems under complex environment conditions," Engineering Applications of Artificial Intelligence , vol.141, 2025

YILMAZ, Mehmet Et Al. "A novel maximum power point tracking approach based on fuzzy logic control and optimizable Gaussian Process Regression for solar systems under complex environment conditions." Engineering Applications of Artificial Intelligence , vol.141, 2025

YILMAZ, M. Çorapsız, M. R. And ÇORAPSIZ, M. F. (2025) . "A novel maximum power point tracking approach based on fuzzy logic control and optimizable Gaussian Process Regression for solar systems under complex environment conditions." Engineering Applications of Artificial Intelligence , vol.141.

@article{article, author={Mehmet YILMAZ Et Al. }, title={A novel maximum power point tracking approach based on fuzzy logic control and optimizable Gaussian Process Regression for solar systems under complex environment conditions}, journal={Engineering Applications of Artificial Intelligence}, year=2025}