Elmabruk, K. Et Al. 2024. Atmospheric turbulence recognition with deep learning models for sinusoidal hyperbolic hollow Gaussian beams-based free-space optical communication links. Physica Scripta , vol.99, no.7 .

Elmabruk, K., ADEM, K., & Kılıçarslan, S., (2024). Atmospheric turbulence recognition with deep learning models for sinusoidal hyperbolic hollow Gaussian beams-based free-space optical communication links. Physica Scripta , vol.99, no.7.

Elmabruk, Kholoud, KEMAL ADEM, And Serhat Kılıçarslan. "Atmospheric turbulence recognition with deep learning models for sinusoidal hyperbolic hollow Gaussian beams-based free-space optical communication links," Physica Scripta , vol.99, no.7, 2024

Elmabruk, Kholoud Et Al. "Atmospheric turbulence recognition with deep learning models for sinusoidal hyperbolic hollow Gaussian beams-based free-space optical communication links." Physica Scripta , vol.99, no.7, 2024

Elmabruk, K. ADEM, K. And Kılıçarslan, S. (2024) . "Atmospheric turbulence recognition with deep learning models for sinusoidal hyperbolic hollow Gaussian beams-based free-space optical communication links." Physica Scripta , vol.99, no.7.

@article{article, author={Kholoud Elmabruk Et Al. }, title={Atmospheric turbulence recognition with deep learning models for sinusoidal hyperbolic hollow Gaussian beams-based free-space optical communication links}, journal={Physica Scripta}, year=2024}