基于STK的铱星导航卫星性能分析与仿真

S. Fan, Lijun Zhao, W. Xiao, Zhenghang Li
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引用次数: 5

摘要

从可见卫星数和几何精度稀释(GDOP)两个方面对基于STK的铱星导航性能进行了仿真分析。同时将其与GPS和GALILEO系统进行了比较,验证了其性能。实验表明,铱星系统具有良好的两极覆盖性能,甚至优于GPS和GALILEO卫星系统。然而,其全球覆盖不稳定,GDOP从高纬度地区到低纬度地区变化剧烈,这意味着铱星无法很好地定位或导航赤道。然后探讨了铱星系统的应用领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance analysis and simulation of Iridium navigation satellite based on STK
The navigation performance of Iridium satellite is simulated and analyzed based on STK from two aspects—the number of visible satellites and geometric dilution of precision (GDOP). Meanwhile we compare it with GPS and GALILEO system to demonstrate its performance. Experiment shows that the Iridium satellite system has a good coverage merit at two poles, which is even better than that of GPS and GALILEO. However, its global coverage is unstable and GDOP changes sharply from high latitude area to low latitude area which means Iridium satellite cannot orientate or navigate around the equator well. Then we explore the application fields of the Iridium satellite system.
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