Solutions of such navigational problems as an orthodromic navigation (courses, distances and intermediate points), maximum latitude and a composite navigation with limited latitude as well as, for comparison, a loxodromic navigation (courses, distances) without any simplifications for a sphere, by an application of solutions of the inverse geodetic problem are presented. An exemplary rigorous, rapid, non-iterative solution of the inverse geodetic problem according to Sodano, for any length of geodesic, is attached
During the period April 25th to May 10th, 1984 the 3rd Course of the International School of Advance...
Inertial geodesy for kinematic surveying and navigation historically maintain different approaches f...
In this paper, we proposes an algorithm to approximate the Geodesic distance between points p and q ...
Solutions of such navigational problems as an orthodromic navigation (courses, distances and interme...
We derive computational formulas for determining the Clairaut constant, i.e. the cosine of the maxim...
The solution given in this paper supplements standard geodetic inverse methods which fail in antipod...
Taking advantage of numerical integration, we solve the direct and inverse geodetic problems on the ...
Formulas for direct solutions of meridian written by the reduced and geocentric latitudes respective...
The main objective of this thesis is to test new methods on solving the direct and indirectgeodetic ...
Ce travail traite de deux problèmes de grande importances en géodésie physique. Le premier porte sur...
The method for calculation of geodetic problem on earth ellipsoid surface is the basic premise for t...
expanding a set of coastal navigational aids by the navigator during the coastal voyage. The method ...
Orientador: Eduardo RattonDissertaçao (mestrado) -Universidade Federal do Paraná. Curso de Pós-Gradu...
In this paper the author shows a proposal of expanding a set of coastal navigational aids by the nav...
[EN] The paper presents two algorithms for the computation of intersection of geodesics and minimum ...
During the period April 25th to May 10th, 1984 the 3rd Course of the International School of Advance...
Inertial geodesy for kinematic surveying and navigation historically maintain different approaches f...
In this paper, we proposes an algorithm to approximate the Geodesic distance between points p and q ...
Solutions of such navigational problems as an orthodromic navigation (courses, distances and interme...
We derive computational formulas for determining the Clairaut constant, i.e. the cosine of the maxim...
The solution given in this paper supplements standard geodetic inverse methods which fail in antipod...
Taking advantage of numerical integration, we solve the direct and inverse geodetic problems on the ...
Formulas for direct solutions of meridian written by the reduced and geocentric latitudes respective...
The main objective of this thesis is to test new methods on solving the direct and indirectgeodetic ...
Ce travail traite de deux problèmes de grande importances en géodésie physique. Le premier porte sur...
The method for calculation of geodetic problem on earth ellipsoid surface is the basic premise for t...
expanding a set of coastal navigational aids by the navigator during the coastal voyage. The method ...
Orientador: Eduardo RattonDissertaçao (mestrado) -Universidade Federal do Paraná. Curso de Pós-Gradu...
In this paper the author shows a proposal of expanding a set of coastal navigational aids by the nav...
[EN] The paper presents two algorithms for the computation of intersection of geodesics and minimum ...
During the period April 25th to May 10th, 1984 the 3rd Course of the International School of Advance...
Inertial geodesy for kinematic surveying and navigation historically maintain different approaches f...
In this paper, we proposes an algorithm to approximate the Geodesic distance between points p and q ...