A hybrid gps height conversion approach considering of neural network and topographic correction
Revision as of 02:30, 9 August 2022 by 179.215.124.0 (talk) (Created page with "== Target Article == A hybrid gps height conversion approach considering of neural network and topographic correction; S Liu, J Li, S Wang; 2011; doi_citing_unknown == Retraction == Statement of retraction: Density functional based treatment of endohedrally hydrogen-doped fullerene, nH2@C60; M.D. Ganji; K. Zare; 2009-4-01 ; https://doi.org/10.1080/08927020802567587 == Citation piece == Note: Open to append information.")
Target ArticleEdit
A hybrid gps height conversion approach considering of neural network and topographic correction; S Liu, J Li, S Wang; 2011; doi_citing_unknown
RetractionEdit
Statement of retraction: Density functional based treatment of endohedrally hydrogen-doped fullerene, nH2@C60; M.D. Ganji; K. Zare; 2009-4-01
Citation pieceEdit
Note: Open to append information.