M. A. Tulum Et Al. , "Data Driven Surrogate Modeling of Phase Array Antennas Using Deep Learning for Millimetric Band Applications," IEEE Access , vol.11, pp.114415-114423, 2023
Tulum, M. A. Et Al. 2023. Data Driven Surrogate Modeling of Phase Array Antennas Using Deep Learning for Millimetric Band Applications. IEEE Access , vol.11 , 114415-114423.
Tulum, M. A., TÜRK, A. S., & MAHOUTİ, P., (2023). Data Driven Surrogate Modeling of Phase Array Antennas Using Deep Learning for Millimetric Band Applications. IEEE Access , vol.11, 114415-114423.
Tulum, Mehmet, Ahmet Serdar TÜRK, And Peyman MAHOUTİ. "Data Driven Surrogate Modeling of Phase Array Antennas Using Deep Learning for Millimetric Band Applications," IEEE Access , vol.11, 114415-114423, 2023
Tulum, Mehmet A. Et Al. "Data Driven Surrogate Modeling of Phase Array Antennas Using Deep Learning for Millimetric Band Applications." IEEE Access , vol.11, pp.114415-114423, 2023
Tulum, M. A. TÜRK, A. S. And MAHOUTİ, P. (2023) . "Data Driven Surrogate Modeling of Phase Array Antennas Using Deep Learning for Millimetric Band Applications." IEEE Access , vol.11, pp.114415-114423.
@article{article, author={Mehmet Akif Tulum Et Al. }, title={Data Driven Surrogate Modeling of Phase Array Antennas Using Deep Learning for Millimetric Band Applications}, journal={IEEE Access}, year=2023, pages={114415-114423} }