R. ULUĞ And M. O. KARSLIOĞLU, "A new data-adaptive network design methodology based on the k-means clustering and modified ISODATA algorithm for regional gravity field modeling via spherical radial basis functions," Journal of Geodesy , vol.96, no.11, 2022
ULUĞ, R. And KARSLIOĞLU, M. O. 2022. A new data-adaptive network design methodology based on the k-means clustering and modified ISODATA algorithm for regional gravity field modeling via spherical radial basis functions. Journal of Geodesy , vol.96, no.11 .
ULUĞ, R., & KARSLIOĞLU, M. O., (2022). A new data-adaptive network design methodology based on the k-means clustering and modified ISODATA algorithm for regional gravity field modeling via spherical radial basis functions. Journal of Geodesy , vol.96, no.11.
ULUĞ, RAŞİT, And MAHMUT ONUR KARSLIOĞLU. "A new data-adaptive network design methodology based on the k-means clustering and modified ISODATA algorithm for regional gravity field modeling via spherical radial basis functions," Journal of Geodesy , vol.96, no.11, 2022
ULUĞ, RAŞİT And KARSLIOĞLU, MAHMUT O. . "A new data-adaptive network design methodology based on the k-means clustering and modified ISODATA algorithm for regional gravity field modeling via spherical radial basis functions." Journal of Geodesy , vol.96, no.11, 2022
ULUĞ, R. And KARSLIOĞLU, M. O. (2022) . "A new data-adaptive network design methodology based on the k-means clustering and modified ISODATA algorithm for regional gravity field modeling via spherical radial basis functions." Journal of Geodesy , vol.96, no.11.
@article{article, author={RAŞİT ULUĞ And author={MAHMUT ONUR KARSLIOĞLU}, title={A new data-adaptive network design methodology based on the k-means clustering and modified ISODATA algorithm for regional gravity field modeling via spherical radial basis functions}, journal={Journal of Geodesy}, year=2022}