O. Demirbilek And I. Rekık, "Predicting the evolution trajectory of population-driven connectional brain templates using recurrent multigraph neural networks," Medical Image Analysis , vol.83, 2023
Demirbilek, O. And Rekık, I. 2023. Predicting the evolution trajectory of population-driven connectional brain templates using recurrent multigraph neural networks. Medical Image Analysis , vol.83 .
Demirbilek, O., & Rekık, I., (2023). Predicting the evolution trajectory of population-driven connectional brain templates using recurrent multigraph neural networks. Medical Image Analysis , vol.83.
Demirbilek, Oytun, And Islem Rekık. "Predicting the evolution trajectory of population-driven connectional brain templates using recurrent multigraph neural networks," Medical Image Analysis , vol.83, 2023
Demirbilek, Oytun And Rekık, Islem. "Predicting the evolution trajectory of population-driven connectional brain templates using recurrent multigraph neural networks." Medical Image Analysis , vol.83, 2023
Demirbilek, O. And Rekık, I. (2023) . "Predicting the evolution trajectory of population-driven connectional brain templates using recurrent multigraph neural networks." Medical Image Analysis , vol.83.
@article{article, author={Oytun Demirbilek And author={Islem Rekık}, title={Predicting the evolution trajectory of population-driven connectional brain templates using recurrent multigraph neural networks}, journal={Medical Image Analysis}, year=2023}