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Short-arc orbit determination results and space debris test observation of the OWL-Net

机译:猫头鹰网的短弧轨道测定结果和空间碎片测试观察

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Korea Astronomy and Space Science Institute had developed the Optical Wide-field patroL-Network (OWL-Net) for maintaining the domestic Low Earth Orbit satellites' ephemeris and monitoring Geostationary Earth Orbit region. It also can be used to observe space debris. The orbit determination process was planned with batch least square orbit estimator for every week. The optical tracking window is very narrow, several times per week. Sequential-batch type estimation strategy was attempted for more reliable orbit prediction. We compared the test operation results with Two Line Elements and CPF files to validate the system. This results can be used to estimate the performance of the OWL-Net operations. And also we had observation of the Astro-H debris. We got the dozens of photometric data of the Astro-H debris main part for a few seconds with the chopper system.
机译:韩国天文学和空间科学研究所开发了用于维持国内低地轨道卫星的星历和监测地球静止地球轨道地区的光学广域巡逻网络(OWL-NET)。它也可用于观察空间碎片。计划每周有批次最小二乘轨道估算器的轨道确定过程。光学跟踪窗口非常窄,每周几次。尝试顺序批次估计策略进行更可靠的轨道预测。我们将测试操作结果与两个线元素和CPF文件进行了比较,以验证系统。该结果可用于估计猫头鹰网络操作的性能。而且我们还观察了Astro-H碎片。我们通过斩波系统获得了Astro-H碎片主要部分的数十个光度数据。

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