ÇEVİK, K. K. Et Al. 2024. Enhanced Lesion Classification Based on YOLO Architectures Using Thermal Breast Images on a Patient by Patient Basis. TRAITEMENT DU SIGNAL , vol.41, no.6 , 2989-2999.

ÇEVİK, K. K., Çivilibal, S., Bozkurt, A., & DANDIL, E., (2024). Enhanced Lesion Classification Based on YOLO Architectures Using Thermal Breast Images on a Patient by Patient Basis. TRAITEMENT DU SIGNAL , vol.41, no.6, 2989-2999.

ÇEVİK, KERİM Et Al. "Enhanced Lesion Classification Based on YOLO Architectures Using Thermal Breast Images on a Patient by Patient Basis," TRAITEMENT DU SIGNAL , vol.41, no.6, 2989-2999, 2024

ÇEVİK, KERİM K. Et Al. "Enhanced Lesion Classification Based on YOLO Architectures Using Thermal Breast Images on a Patient by Patient Basis." TRAITEMENT DU SIGNAL , vol.41, no.6, pp.2989-2999, 2024

ÇEVİK, K. K. Et Al. (2024) . "Enhanced Lesion Classification Based on YOLO Architectures Using Thermal Breast Images on a Patient by Patient Basis." TRAITEMENT DU SIGNAL , vol.41, no.6, pp.2989-2999.

@article{article, author={KERİM KÜRŞAT ÇEVİK Et Al. }, title={Enhanced Lesion Classification Based on YOLO Architectures Using Thermal Breast Images on a Patient by Patient Basis}, journal={TRAITEMENT DU SIGNAL}, year=2024, pages={2989-2999} }