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Design of high precision star image locating method used in star sensor technology

机译:恒星传感器技术中高精度恒星图像定位方法的设计

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Nowadays star sensor technology used in aircraft attitude measurement has become more and more popular for its high precision, light weight, without attitude accumulation errors and other advantages. In order to enhance the accuracy of star sensor, it is critical to make efforts to promote the precision of star image locating. High precision star image locating method mentioned in this article includes two aspects. One is sub-pixel dividing algorithm used to acquire the coordinate of stars. The other one is imaging calibration method used to weaken the effect caused by imaging distortion. This method is finally realized in some type of star sensor system. Then an experiment is designed to verify the precision of the method. The result of the experiment shows that the precision of the method is 2″ in the experimental environment.
机译:如今,用于飞机姿态测量的星形传感器技术因其高精度,轻巧,无姿态累积误差等优点而变得越来越流行。为了提高恒星传感器的精度,必须努力提高恒星图像定位的精度。本文提到的高精度恒星图像定位方法包括两个方面。一种是用于获取恒星坐标的子像素划分算法。另一种是成像校准方法,用于减弱由成像失真引起的影响。该方法最终在某种类型的恒星传感器系统中实现。然后设计了一个实验来验证该方法的准确性。实验结果表明,该方法在实验环境中的精度为2英寸。

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