High resolution visible earth observation on the Geostationary earth orbit (GEO) has a series of unique advantages over that in the other orbits.

在地球静止同步轨道(GEO)上实现高分辨力对地观测，具有一系列独特优点，远为其它轨道所不及。

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So it is important to study the acquisition of weak navigational signal in geostationary orbit environments, and it is a key technique to the application of GPS onboard GEO.

因此，研究高轨环境下微弱导航信号的捕获是极其重要的，它是解决高轨卫星星载GPS应用中的一个关键技术。

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Abstract : High resolution visible earth observation on the Geostationary Earth Orbit(GEO) has a series of unique advantages over that in the other orbits.

摘要 ：在地球静止同步轨道（GEO）上实现高分辨力对地观测，具有一系列独特优点，远为其它轨道所不及。

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Abstract : High resolution visible earth observation on the Geostationary Earth Orbit(GEO) has a series of unique advantages over that in the other orbits.

摘要 ：在地球静止同步轨道（GEO）上实现高分辨力对地观测，具有一系列独特优点，远为其它轨道所不及。

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