ASLAY, F. And TINĞ, N. S. 2022. Machine Learning-Based Estimation of Output Current Ripple in PFC-IBC Used in Battery Charger of Electrical Vehicles: A Comparison of LR, RF and ANN Techniques. IEEE Access , vol.10 , 50078-50086.

ASLAY, F., & TINĞ, N. S., (2022). Machine Learning-Based Estimation of Output Current Ripple in PFC-IBC Used in Battery Charger of Electrical Vehicles: A Comparison of LR, RF and ANN Techniques. IEEE Access , vol.10, 50078-50086.

ASLAY, FULYA, And NAİM SÜLEYMAN TINĞ. "Machine Learning-Based Estimation of Output Current Ripple in PFC-IBC Used in Battery Charger of Electrical Vehicles: A Comparison of LR, RF and ANN Techniques," IEEE Access , vol.10, 50078-50086, 2022

ASLAY, FULYA And TINĞ, NAİM S. . "Machine Learning-Based Estimation of Output Current Ripple in PFC-IBC Used in Battery Charger of Electrical Vehicles: A Comparison of LR, RF and ANN Techniques." IEEE Access , vol.10, pp.50078-50086, 2022

ASLAY, F. And TINĞ, N. S. (2022) . "Machine Learning-Based Estimation of Output Current Ripple in PFC-IBC Used in Battery Charger of Electrical Vehicles: A Comparison of LR, RF and ANN Techniques." IEEE Access , vol.10, pp.50078-50086.

@article{article, author={FULYA ASLAY And author={NAİM SÜLEYMAN TINĞ}, title={Machine Learning-Based Estimation of Output Current Ripple in PFC-IBC Used in Battery Charger of Electrical Vehicles: A Comparison of LR, RF and ANN Techniques}, journal={IEEE Access}, year=2022, pages={50078-50086} }