Low orbit satellite tracking
Methods, systems, and apparatus for satellite operation are described. Positioning data for a non-geostationary satellite may be received from the non-geostationary satellite via one or more satellites in an orbit higher than a non-geostationary satellite orbit. Based on the positioning data, a traj...
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Format: | Patent |
Sprache: | chi ; eng |
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Zusammenfassung: | Methods, systems, and apparatus for satellite operation are described. Positioning data for a non-geostationary satellite may be received from the non-geostationary satellite via one or more satellites in an orbit higher than a non-geostationary satellite orbit. Based on the positioning data, a trajectory of the non-geostationary satellite may be calculated. Based on the trajectory calculated for a set of non-geostationary satellites, it may be predicted that a distance between the set of non-geostationary satellites will enter within a threshold distance, and may predict the distance between the set of non-geostationary satellites as to communicate an alert that enters within a threshold distance to one or more operators of the set of non-geostationary satellites.
描述了用于卫星操作的方法、系统和装置。可以经由高于非对地静止卫星轨道的轨道中的一个或多个卫星从所述非对地静止卫星接收所述非对地静止卫星的定位数据。基于所述定位数据,可以计算所述非对地静止卫星的轨迹。基于针对一组非对地静止卫星计算的所述轨迹,可以预测所述一组非对地静止卫星之间的距离将进入阈值距离内,并且可以将所述一组非对地静止卫星之间的所述距离被预测为将进入阈值距离内的警报传送给所述一组非对地静止卫星的一个或多个运营商。 |
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