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Study on Impact of Outdated Two-Line Element Sets in Tracking of LAPAN-A2 and LAPAN-A3 Satellites

机译:研究过时的两线元素集对LAPAN-A2和LAPAN-A3卫星的跟踪影响

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On satellite tracking, information about orbital elements of the satellite which is contained in North American Aerospace Defense Command Two-Line Element Sets (NORAD TLE) is needed. This paper shows a study of how updating Two-Line Element Sets affecting the position prediction of LAPAN-A2 and LAPAN-A3 satellites. The positions of the satellites observed are determined by their latitude, longitude, and altitude. The results of orbit simulation, and position error calculation demonstrate that in the case of 1-day and 1-week Two-Line Element, compared to the updated Two-Line Element Sets, shows insignificant errors of the satellites position. Nonetheless, for more than 1-week outdated Two-Line Element Sets yields a very high error in predicting the position of the satellites and could affect the satellite tracking results. Furthermore, the mission simulation of LAPAN-A2 satellites illustrates the difference result of the imaging mission of the satellite with roll angle 4.21° between the updated and the outdated Two-Line Element Sets scenario, which makes it convincing that updating Two-Line Element Sets in satellite tracking tools is very important in satellite tracking.
机译:在卫星跟踪上,需要有关北美航天防卫司令部两线元素集(NORAD TLE)中包含的卫星轨道元素的信息。本文显示了有关如何更新两线元素集如何影响LAPAN-A2和LAPAN-A3卫星位置预测的研究。所观测卫星的位置由其纬度,经度和高度确定。轨道模拟和位置误差计算的结果表明,与更新后的“两线元素集”相比,在1天1周的两线元素情况下,卫星位置的误差很小。但是,对于超过1周的过时两线元素集,在预测卫星的位置时会产生非常高的误差,并且可能会影响卫星的跟踪结果。此外,LAPAN-A2卫星的任务仿真显示了更新和过时的两线元素集方案之间的侧倾角为4.21°的卫星成像任务的差异结果,这令人信服地更新了两线元素集卫星跟踪工具中的卫星跟踪非常重要。

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