Remote sensing and 2-D imaging of ionosphere by IONOLAB group [Ionolab grubunun iyonküre uzaktan algilama ve 2-b görü ntüleme çalişmalari]
2014 22nd Signal Processing and Communications Applications Conference, SIU 2014 - Proceedings
IEEE Computer Society
Please cite this item using this persistent URLhttp://hdl.handle.net/11693/27041
In this study, research activities of IONOLAB group on remote sensing and 2-D imaging of ionosphere in the last 10 years will be summarized. In TUBITAK EEEAG 105E171 and 109E055 projects, a novel Total Electron Content (TEC) estimation method, IONOLAB-TEC, is developed using the dual frequency Global Positioning System (GPS) pseudo range and phase delay recordings. The IONOLAB-TEC computation is provided from www.ionolab.org as an important and unique Space Weather service that can estimate robust, reliable and accurate single station TEC values. The sparse estimates of GPS-TEC in space and time are interpolated regionally and globally and TNPGN-Active IONOLAB-TEC values are mapped using novel space-time interpolation methods. Ionospheric climatic model IRI-Plas is used as a background for fast and robust electron density distributions first time in literature. Critical Ionosperic parameters are interpolated to obtain global and regional distributions. Critical frequency and height maps are provided in www.ionolab.org as another Space Weather Service. The important contributions of IONOLAB group will continue in TUBITAK 112E568 project. © 2014 IEEE.
- Conference Paper 
Showing items related by title, author, creator and subject.
Erturk O.; Arikan, O.; Arikan F. (2009)Electron density distribution is the major determining parameter of the ionosphere. Computerized Ionospheric Tomography (CIT) is a method to reconstruct ionospheric electron density image by computing Total Electron Content ...
Arikan, O.; Arikan F.; Erol, C.B. (2007)Computerized ionospheric tomography (CIT) is a method to estimate ionospheric electron density distribution by using the global positioning system (GPS) signals recorded by the GPS receivers. Ionospheric electron density ...
Aktug, B.; Lenk O.; Kurt, M.; Parmaksiz, E.; Ozdemir, S.; Arikan F.; Sezen, U.; Toker, C.; Arikan, O. (2011)Characterization and constant monitoring of variability of the ionosphere is of utmost importance for the performance improvement of HF communication, Satellite communication, navigation and guidance systems, Low Earth ...