A New Method of High-Precision Coordinate Transformation Research Based on Bursa Model
Ying Guo, Xian Ge Cao, Fei Chao Bi, Xiang Lai Meng, Yan Gao
Abstract
Ying Guo, Xian Ge Cao, Fei Chao Bi, Xiang Lai Meng, Yan Gao
Abstract
The common point coordinate precision affect accuracy of coordinate transformation. In order to overcome the individual common point coordinate precision is too low or the error is large under some condition, a new method of high-precision coordinate transformation based on bursa model was discussed, which used the theory of robust resistance estimation to solve and calculate the high-precision coordinate transformation parameters, finally achieved the purpose of high-precision coordinate transformation. By calculation and comparison with experimental date, the result show that the method is practical and effective, so it is completely feasible in application surveying engineering.
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The common point coordinate precision affect accuracy of coordinate transformation. In order to overcome the individual common point coordinate precision is too low or the error is large under some condition, a new method of high-precision coordinate transformation based on bursa model was discussed, which used the theory of robust resistance estimation to solve and calculate the high-precision coordinate transformation parameters, finally achieved the purpose of high-precision coordinate transformation. By calculation and comparison with experimental date, the result show that the method is practical and effective, so it is completely feasible in application surveying engineering.
Key concepts: Coordinate system, Transformation (genetics), Point (geometry), Computer science, Coordinate space, Algorithm, Mathematics, Geometry