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A numerical comparative study of propagation models, the Cosmos2251 and Iridium33 satellites collision case study

机译:传播模型的数值比较研究,Cosmos2251和Iridium33卫星碰撞案例研究

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In this paper, the trajectory of space objects is modeled and predicted and their orbital data is extract using the information measured by optical and radar instruments. Space objects include operational and non-operational satellites and space debris. Nowadays, one of the most important space issues is the prediction of the collisions between the space objects. Some data can be gathered using measurement tools for a specific time, however for determination of the instantaneous position of space objects, the prediction methods are needed. Then if it is necessary, the collision avoidance maneuvers will be performed using the propagation model's results. In this paper, three propagation models are considered and a comparative study of Cosmos2251 and Iridium33 satellites close approach is presented and the results are discussed.
机译:在本文中,对空间物体的轨迹进行建模和预测,并使用光学和雷达仪器测得的信息提取其轨道数据。空间物体包括可操作和不可操作的卫星以及空间碎片。如今,最重要的空间问题之一是对空间物体之间碰撞的预测。可以在特定时间内使用测量工具收集一些数据,但是要确定空间物体的瞬时位置,需要使用预测方法。然后,如果有必要,将使用传播模型的结果执行防撞机动。本文考虑了三种传播模型,并对Cosmos2251和Iridium33卫星近距离方法进行了比较研究,并对结果进行了讨论。

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