Assoc.Prof.Dr. Orhan KURT's Web Pages
HRT432 Geoid Modeling (3+0+0)
Lecture Notes
2021-2022 Class Notes (in Turkish)
2021-2022 Homework (in Turkish)
2021-2022 Ödev-1 GNSS Nivelmanı Veriler
2021-2022 Homework-1 GNSS Leveling Data
2021-2022 Ödev-2 Jeoit Modellerinin Karşılaştırılması Veriler
2021-2022 Homework-2 Comparison of Geoid Models Data
Further Readings
* REFERENCE SYSTEMS
* GNSS LEVELING
- Polynomial Height Transformation
- Analysis of Discontinuities on Earth’s Crust Movements by Local Geoid Evaluated Finite Elements
- Double Stage Semi Dynamic Polynomial Surface Fitting For Modelling The Local Geoid
- Height Transformation as a New Tool to Check GNSS and Leveling Networks
* ARTIFICIAL INTELLIGENCE IN GEOID MODELING
- Suggestions on Applications of Artificial Neural Networks in Geodesy
- Selection of Best Fit Height Transformation Method with Uncertainty Data
- A Geodetic Tomography to Artificial Intelligence
Some Resources
* GEOID DATA
- International Centre for Global Earth Models (ICGEM)
- Gravity Models
- International Service for the Geoid (ISG)
* REFERENCE SYSTEM
* GNU SOFTWARE FOR COMPUTING ELEMENTS of GRAVITY FIELD
- Gravity Field
- Geomagnetic Field
- Software from ISG
- Software from NGA
- GeographiLib
- EGM96-08 and Other Geoid Grids from NOAA
* FREE SOFTWARE FOR MAPPING
-
QGIS, Quantium
GIS
- SAGA - System for Automated Geoscientific Analyses
- Grass - GIS
- Generic Mapping Tools
* SOME GNU SOFTWARE and EDITORS for COMPUTING and DRAWING
-
Programming in Geoinformatics
- Octave
- SciLab
- Python
- Julia
- Code::Blocks (C/C++, Fortran IDE)
- GnuPlot (for Drawing)
- Geany Editor for (Octave, Python, Julia, C/C++, Java, ... )
- LibreOffice (e-Table)
- Gnumeric (e-Table)