Constellation Design Method for Large Scale Satellite Optical Networks
Mingzhu Yang, Xinyi He, Wei Wang, Yongli Zhao, Jie Zhang
Abstract
Mingzhu Yang, Xinyi He, Wei Wang, Yongli Zhao, Jie Zhang
Abstract
With the integration progress of space- and ground-based Internet, the demand for large-scale satellite networks is increasing. However, the efforts on constellation design for large-scale satellite networks are rarely observed. Based on the single satellite coverage model and multiple coverage theory of circular orbit constellation, this paper proposes a large-scale satellite constellation design method to meet the requirements of multi-coverage. Finally, the influence of constellation parameters on coverage performance is simulated and analyzed, and the correctness of constellation parameters is verified by simulation.
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With the integration progress of space- and ground-based Internet, the demand for large-scale satellite networks is increasing. However, the efforts on constellation design for large-scale satellite networks are rarely observed. Based on the single satellite coverage model and multiple coverage theory of circular orbit constellation, this paper proposes a large-scale satellite constellation design method to meet the requirements of multi-coverage. Finally, the influence of constellation parameters on coverage performance is simulated and analyzed, and the correctness of constellation parameters is verified by simulation.
Key concepts: Constellation, Satellite constellation, Correctness, Satellite, Computer science, Scale (ratio), Communications satellite, Remote sensing