All Stories

  1. Modeling of the vertical gravity gradient in the territory of the Republic of Kazakhstan: Methods, Comparison and Evaluation of Accuracy
  2. Development of High-Precision Local and Regional Ionospheric Models Based on Spherical Harmonic Expansion and Global Navigation Satellite System Data in Serbia
  3. First look inside the gravity field of Montenegro
  4. A compliance assessment of GNSS station networks in Serbia
  5. Determination of coordinates of permanent stations for global positioning in the International Terrestrial Reference System
  6. Influence of the solar hydrogen Lyα line on the GNSS signal delay in the ionospheric D-region
  7. ESTIMATION OF VERTICAL ACCURACY OF DIGITAL TERRAIN MODEL FABDEM ON THE TERRITORY OF THE REPUBLIC OF SERBIA
  8. DETERMINATIONS OF THE PRELIMINARY COORDINATES FOR THE NEW GNSS PERMANENT STATIONS IN SERBIA
  9. Calculating the differences of VTEC values obtained by altimetric and GNSS observations in coastal areas
  10. Modeling of vertical gravity gradient by normal gravity field and digital terrain models
  11. Validation and comparison of several global geopotential models with an official quasigeoid solution of Serbia
  12. New Bouguer Anomaly Map for the Territory of the Slovenia
  13. History of geodetic works in Vojvodina (Northern Serbia) and use of old maps in Serbian national spatial data infrastructure
  14. Horizontal coordinates transformation and residuals modelling on the territory of the Republic of Srpska
  15. EVALUATION AND TAILORING OF GLOBAL GEOPOTENTIAL MODELS IN THE DETERMINATION OF GRAVITY FIELD IN SERBIA
  16. Possibility to determine highly precise geoid for Egypt territory
  17. HEIGHT ANOMALIES DETERMINED BY THREE DIFFERENT GOCO MODELS
  18. ESTIMATION OF THE DEFLECTION OF VERTICAL COMPONENTS USING PRECISE LEVELLING AND GNSS MEASUREMENTS ON HIGH PRECISION LEVELLING NETWORK OF SERBIA
  19. GNSS and SAR Signal Delay in Perturbed Ionospheric D-Region During Solar X-Ray Flares
  20. Determination of deflection of the vertical components by using global geopotential model EGM2008
  21. Terrain correction computations using digital density model of topographic masses
  22. CALIBRATION OF THE LEVELLING RODS USING LASER INTERFEROEMTER
  23. INDIRECT EFFECT OF THE HELMERT CONDENSATION REDUCTION OVER THE TERRITORY OF SERBIA
  24. Modelling extreme values of the total electron content: Case study of Serbia
  25. Chronology of the development of geodetic reference networks in Serbia
  26. DETERMINATION OF DISCRETE VALUES OF ANOMALY HEIGHTS AT TERITORY OF MONTENEGRO
  27. SELECTION OF THE GLOBAL GEOPOTENTIAL MODEL 2008 OPTIMAL DEGREE FOR HEIGHT ANOMALIES DETERMINATION
  28. Variations of total electron content over Serbia during the increased solar activity period in 2013 and 2014
  29. The application of the right rectangular prism in the process determining the value of terrain correction
  30. Evaluation of normal heights by the means of global navigation satellite systems and global geopotential model
  31. EVALUATION AND COMPARISION RECENT GLOBAL GEOPOTENTIAL MODEL IN SERBIA
  32. TRANSFORMATION OF CLASSICAL GEODETIC CONTROL NETWORKS 7TO INTERNATIONAL TERESTRICAL REFERENCE FRAME BY TRANSFORMATION GRIDS
  33. The establishment of a new gravity reference frame for Serbia
  34. DIFFERENCE BETWEEN GEOID AND QUASIGEOID AT THE TERRITORY OF SERBIA
  35. TRANSFORMATION OF GRAVIMETRIC GEOID/QUASIGEOID SOLUTION IN THE SYSTEM OF ORTHOMETRIC/NORMAL HEIGHTS OF SERBIA LEVELING NETWORK
  36. State Survey and Real Estate Cadastre in Serbia Development and Maintenance Strategy
  37. Gravity Network Of Serbia -History And New Measurements
  38. GEOID DETERMINATION IN SERBIA