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Geometric Geodesy Part I
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  • 2013Seamless multivariate affine error-in-variables transformation and its application to map rectification30 cited
  • 1999Transforming Cartesian Coordinates X, Y, Z to Geographical Coordinates φ, λ, h24 cited
  • 1996TOTAL INVERSE SOLUTIONS FOR THE GEODESIC AND GREAT ELLIPTIC22 cited
  • 2009An integral for geodesic length21 cited
  • 2009Geodesics on an ellipsoid of revolution21 cited
  • 2007Transforming ellipsoidal heights and geoid undulations between different geodetic reference frames15 cited
  • 2016Calculating on a round planet14 cited
  • 2005Geodetic datum transformation to the global geocentric datum for seas and islands around Korea14 cited
  • 2018Geodetic analysis of disputed accurate qibla direction13 cited
  • 2006A COMPARISON OF METHODS USED IN RECTANGULAR TO GEODETIC COORDINATE TRANSFORMATIONS 113 cited
  • 2013Solving the geodesics on the ellipsoid as a boundary value problem11 cited
  • 2012Two modified algorithms to transform Cartesian to geodetic coordinates on a triaxial ellipsoid9 cited
  • 2016Accuracy Assessment of Cartesian (X, Y, Z) to Geodetic Coordinates (φ, λ, h) Transformation Procedures in Precise 3D Coordinate Transformation – A Case Study of Ghana Geodetic Reference Network7 cited
  • 1999

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Transforming cartesian coordinates X, Y, Z to geographical coordinates ϕ, λ, h
6 cited
  • 2013So, What is Actually the Distance from the Equator to the Pole? – Overview of the Meridian Distance Approximations4 cited
  • 2014An Algorithm for the Inverse Solution of Geodesic Sailing without Auxiliary Sphere4 cited