3-4 Geometric reductions, Reduction of horizontal angles

[@Sounds556]

Great lecture, thanks for your efforts.

[@MahtaMasoumi]

Really informative, thanks for sharing Dr. Eshagh.

[@giscentral]

I like your channel as am learning alot in preparation for my masters degree….i would appreciate it if you could point me towards these on your channel(i have come across some by the way but would appreciate if you could touch them again): 1 Geocentric and local cartesian coordinate systems, ellipsoidal coordinates, coordinate transformations, geodetic datums and transformation 2. Elements of spherical trigonometry (great circles, spherical triangles), geodesic lines 3. Differential geometry: parametric equations of curves and surfaces Differential equations as relevant for geodesy 4. Geodesic lines and normal section curves on the ellipsoid 5. Surface coordinates on the sphere and the rotational ellipsoid: geodetic polar and parallel coordinates, isothermal coordinates, transformation of surface coordinates, applications in land surveying(eg. UTM-and Gauß-Krüger coodinates) 6. Series, Taylor Expansions

[@giscentral]

And also how they all are related to each other

[@GeodesyDigitalAcademy-bm8kg]

Thank you very much for your comments. This course is not finished yet. Coordinates systems and transformations, and map projections will come. Some of the parts that you mentioned are already created. Please look at the playlist Geodetic Reference Systems. By the way, I am not thinking to teach differential geometry, and differential equations, but I can point to them . Thank you again for your attention and remarks.

[@GeodesyDigitalAcademy-bm8kg]

Have you seen this kzbin.info/www/bejne/p3SXfWyljKqAobMsi=MnsQxNOPX8rFiw33

[@GeodesyDigitalAcademy-bm8kg]

kzbin.info/www/bejne/nnqvkJ-dZ7N6qcUsi=aZ3XT5cqyRbbTKFq

[@GeodesyDigitalAcademy-bm8kg]

kzbin.info/www/bejne/eXW6gIOtrd6KnLcsi=QgCOqjFcHpK7iCfh