Abstract:Coordinate transformation parameters between two spatial Cartesian coordinate systems can be solved from the positions of non-colinear corresponding points. Based on the characteristics of translation, rotation and zoom components of the transformation, the complete solution is divided into three steps. Firstly, positional vectors are regulated with respect to the centroid of sets of points in order to separate the translation components. Secondly, the scale coefficient and rotation matrix are derived from the regulated positions independently and correlations among transformation model parameters are analyzed. It is indicated that this method is applicable to other sets of non-position data to separate the respective attributions ...
3D similarity transformations are often used for datum transformation in Geomatic Engineering. The ...
Accuracy of 3D geodetic coordinates transformed from one coordinate system to another is analysed. V...
<p>(A) Translation from the transducer origin to the head’s center. (B) Rotation around the y-axes f...
Coordinate transformation parameters between two spatial Cartesian coordinate systems can be solved ...
Abstract:Coordinate transformation parameters between two spatial Cartesian coordinate systems can b...
The use of satellite positioning techniques commonly requires a transformation from a Conventional T...
The transformation between two geocentric coordinate systems is carried out by the seven-parameter s...
The coordinates are obtained from observations by using least-squares method, so their precision sho...
Transformation of deformation parameters from one coordinate system to another is investigated. For ...
Transformation of spatial coordinates (3D) is a common computational task in photogrammetry, enginee...
The accuracy of the coordinates computed by transformation from one system to another is analysed. V...
summary:Linear conform transformation in the case of non-negligible errors in both coordinate system...
A complete datum transformation between two geodetic coordinate systems requires seven parameters: t...
The paper refers to the transformation of coordinates from a rectangular coordinate system into anot...
The coordinate frame transformation (CFT) problem in geodesy is typically solved by a stepwise appro...
3D similarity transformations are often used for datum transformation in Geomatic Engineering. The ...
Accuracy of 3D geodetic coordinates transformed from one coordinate system to another is analysed. V...
<p>(A) Translation from the transducer origin to the head’s center. (B) Rotation around the y-axes f...
Coordinate transformation parameters between two spatial Cartesian coordinate systems can be solved ...
Abstract:Coordinate transformation parameters between two spatial Cartesian coordinate systems can b...
The use of satellite positioning techniques commonly requires a transformation from a Conventional T...
The transformation between two geocentric coordinate systems is carried out by the seven-parameter s...
The coordinates are obtained from observations by using least-squares method, so their precision sho...
Transformation of deformation parameters from one coordinate system to another is investigated. For ...
Transformation of spatial coordinates (3D) is a common computational task in photogrammetry, enginee...
The accuracy of the coordinates computed by transformation from one system to another is analysed. V...
summary:Linear conform transformation in the case of non-negligible errors in both coordinate system...
A complete datum transformation between two geodetic coordinate systems requires seven parameters: t...
The paper refers to the transformation of coordinates from a rectangular coordinate system into anot...
The coordinate frame transformation (CFT) problem in geodesy is typically solved by a stepwise appro...
3D similarity transformations are often used for datum transformation in Geomatic Engineering. The ...
Accuracy of 3D geodetic coordinates transformed from one coordinate system to another is analysed. V...
<p>(A) Translation from the transducer origin to the head’s center. (B) Rotation around the y-axes f...