Analytical Close-form Solutions for Three-dimensional Datum Transformation with Big Rotation Angles
The small rotation angles are typically involved in the traditional geodetic datum transformation, for which one can iteratively solve for its linearized model with ignoring its second-smaller terms. However, the big rotation angles are introduced to transform the outcomes from the advanced space su...
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doaj-7c3bb8a1215c4ccfaa7010d7c8fad91e2020-11-25T01:24:01ZzhoSurveying and Mapping PressActa Geodaetica et Cartographica Sinica1001-15951001-15952016-03-0145326727310.11947/j.AGCS.2016.2015010820160303Analytical Close-form Solutions for Three-dimensional Datum Transformation with Big Rotation AnglesLI Bofeng0HUANG Shanqi1College of Surveying and Geo-informatics, Tongji University, Shanghai 200092, ChinaCollege of Surveying and Geo-informatics, Tongji University, Shanghai 200092, ChinaThe small rotation angles are typically involved in the traditional geodetic datum transformation, for which one can iteratively solve for its linearized model with ignoring its second-smaller terms. However, the big rotation angles are introduced to transform the outcomes from the advanced space surveying techniques. For this transformation model with big rotation angles, all elements of rotation matrix are usually parameterized as unknown parameters and then solved with the constrained adjustment theory by using the orthogonal condition of rotation matrix. With three-dimensional datum transformation with big rotation angles as example, this paper derives the analytical close-form solutions by formularizing the coordinates of multi-points as a matrix and using the orthogonal condition of rotation matrix. Expanding the transformation model with introducing the errors to common points of both datum, we derive out its analytical solutions as well. The results of simulation computations show that the presented three-dimensional datum transformation can realize the comparable transformation result while the new method can outcome the complicated and time-consuming iterations, therefore improving the computation efficiency.http://html.rhhz.net/CHXB/html/2016-3-267.htmthree-dimension datum transformationbig rotation angleBursa modelerror-in-variables(EIV) model |
collection |
DOAJ |
language |
zho |
format |
Article |
sources |
DOAJ |
author |
LI Bofeng HUANG Shanqi |
spellingShingle |
LI Bofeng HUANG Shanqi Analytical Close-form Solutions for Three-dimensional Datum Transformation with Big Rotation Angles Acta Geodaetica et Cartographica Sinica three-dimension datum transformation big rotation angle Bursa model error-in-variables(EIV) model |
author_facet |
LI Bofeng HUANG Shanqi |
author_sort |
LI Bofeng |
title |
Analytical Close-form Solutions for Three-dimensional Datum Transformation with Big Rotation Angles |
title_short |
Analytical Close-form Solutions for Three-dimensional Datum Transformation with Big Rotation Angles |
title_full |
Analytical Close-form Solutions for Three-dimensional Datum Transformation with Big Rotation Angles |
title_fullStr |
Analytical Close-form Solutions for Three-dimensional Datum Transformation with Big Rotation Angles |
title_full_unstemmed |
Analytical Close-form Solutions for Three-dimensional Datum Transformation with Big Rotation Angles |
title_sort |
analytical close-form solutions for three-dimensional datum transformation with big rotation angles |
publisher |
Surveying and Mapping Press |
series |
Acta Geodaetica et Cartographica Sinica |
issn |
1001-1595 1001-1595 |
publishDate |
2016-03-01 |
description |
The small rotation angles are typically involved in the traditional geodetic datum transformation, for which one can iteratively solve for its linearized model with ignoring its second-smaller terms. However, the big rotation angles are introduced to transform the outcomes from the advanced space surveying techniques. For this transformation model with big rotation angles, all elements of rotation matrix are usually parameterized as unknown parameters and then solved with the constrained adjustment theory by using the orthogonal condition of rotation matrix. With three-dimensional datum transformation with big rotation angles as example, this paper derives the analytical close-form solutions by formularizing the coordinates of multi-points as a matrix and using the orthogonal condition of rotation matrix. Expanding the transformation model with introducing the errors to common points of both datum, we derive out its analytical solutions as well. The results of simulation computations show that the presented three-dimensional datum transformation can realize the comparable transformation result while the new method can outcome the complicated and time-consuming iterations, therefore improving the computation efficiency. |
topic |
three-dimension datum transformation big rotation angle Bursa model error-in-variables(EIV) model |
url |
http://html.rhhz.net/CHXB/html/2016-3-267.htm |
work_keys_str_mv |
AT libofeng analyticalcloseformsolutionsforthreedimensionaldatumtransformationwithbigrotationangles AT huangshanqi analyticalcloseformsolutionsforthreedimensionaldatumtransformationwithbigrotationangles |
_version_ |
1725119366591152128 |