Tepecik, C. Et Al. 2020. Atmospheric Refractivity Estimation from Radar Sea Clutter Using Novel Hybrid Model of Genetic Algorithm and Artificial Neural Networks. RADIOENGINEERING , vol.29, no.3 , 512-520.

Tepecik, C., NAVRUZ, İ., & ALTINÖZ, Ö. T., (2020). Atmospheric Refractivity Estimation from Radar Sea Clutter Using Novel Hybrid Model of Genetic Algorithm and Artificial Neural Networks. RADIOENGINEERING , vol.29, no.3, 512-520.

Tepecik, Cemil, İSA NAVRUZ, And ÖKKEŞ TOLGA ALTINÖZ. "Atmospheric Refractivity Estimation from Radar Sea Clutter Using Novel Hybrid Model of Genetic Algorithm and Artificial Neural Networks," RADIOENGINEERING , vol.29, no.3, 512-520, 2020

Tepecik, Cemil Et Al. "Atmospheric Refractivity Estimation from Radar Sea Clutter Using Novel Hybrid Model of Genetic Algorithm and Artificial Neural Networks." RADIOENGINEERING , vol.29, no.3, pp.512-520, 2020

Tepecik, C. NAVRUZ, İ. And ALTINÖZ, Ö. T. (2020) . "Atmospheric Refractivity Estimation from Radar Sea Clutter Using Novel Hybrid Model of Genetic Algorithm and Artificial Neural Networks." RADIOENGINEERING , vol.29, no.3, pp.512-520.

@article{article, author={Cemil Tepecik Et Al. }, title={Atmospheric Refractivity Estimation from Radar Sea Clutter Using Novel Hybrid Model of Genetic Algorithm and Artificial Neural Networks}, journal={RADIOENGINEERING}, year=2020, pages={512-520} }