M. N. Alpdemir And M. SEZGİN, "A reinforcement learning (RL)-based hybrid method for ground penetrating radar (GPR)-driven buried object detection," Neural Computing and Applications , vol.36, no.14, pp.8199-8219, 2024
Alpdemir, M. N. And SEZGİN, M. 2024. A reinforcement learning (RL)-based hybrid method for ground penetrating radar (GPR)-driven buried object detection. Neural Computing and Applications , vol.36, no.14 , 8199-8219.
Alpdemir, M. N., & SEZGİN, M., (2024). A reinforcement learning (RL)-based hybrid method for ground penetrating radar (GPR)-driven buried object detection. Neural Computing and Applications , vol.36, no.14, 8199-8219.
Alpdemir, Mahmut, And MEHMET SEZGİN. "A reinforcement learning (RL)-based hybrid method for ground penetrating radar (GPR)-driven buried object detection," Neural Computing and Applications , vol.36, no.14, 8199-8219, 2024
Alpdemir, Mahmut N. And SEZGİN, MEHMET. "A reinforcement learning (RL)-based hybrid method for ground penetrating radar (GPR)-driven buried object detection." Neural Computing and Applications , vol.36, no.14, pp.8199-8219, 2024
Alpdemir, M. N. And SEZGİN, M. (2024) . "A reinforcement learning (RL)-based hybrid method for ground penetrating radar (GPR)-driven buried object detection." Neural Computing and Applications , vol.36, no.14, pp.8199-8219.
@article{article, author={Mahmut Nedim Alpdemir And author={MEHMET SEZGİN}, title={A reinforcement learning (RL)-based hybrid method for ground penetrating radar (GPR)-driven buried object detection}, journal={Neural Computing and Applications}, year=2024, pages={8199-8219} }