Satellite mission control systems typically are operated by scheduling missions to the visibility between ground stations and satellites. The communication for the mission is achieved by interacting with satellite visibility and ground station support. Specifically, the satellite forms a cone-type visibility passing over a ground station, and the antennas of ground stations support the satellite. When two or more satellites pass by at the same time or consecutively, the satellites may generate a visibility conflict. As the number of satellites increases, solving visibility conflict becomes important issue.


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    Title :

    Visibility conflict resolution for multiple antennae and multi-satellites via genetic algorithm


    Contributors:
    Lee, Junghyun (author) / Semyung Wang, (author) / Chung, Daewon (author) / Chung Hyun, (author) / Choi, Sujin (author) / Kwanghee Ko, (author) / Ahn, Hyosung (author) / Jung, Okchul (author)


    Publication date :

    2013-03-01


    Size :

    1007612 byte





    Type of media :

    Conference paper


    Type of material :

    Electronic Resource


    Language :

    English



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