The attitude of the spacecraft can be obtained with high accuracy by using star sensors. Its key technology is how to identify stellar maps. Triangle algorithm is used most widely in the current Star Map Identificatio...
详细信息
The attitude of the spacecraft can be obtained with high accuracy by using star sensors. Its key technology is how to identify stellar maps. Triangle algorithm is used most widely in the current Star Map Identification algorithms. In the field of physical geography modeling, delaunay triangulation cutting algorithm has been widely used because of its important characteristic, the result of this triangulationcutting method is unique from a random set of points. This triangulationalgorithm is first applied to identify star map for its particular character. In final, the proposed method is applied to simulation, the results show that compared with the current star map identification algorithms, the algorithm presented in this paper has the advantage of real-time properties and robustness. It needs a smaller database of guidance stars and matches more rapidly.
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