Archivio Istituzionale della RicercaThis is a PDOP-driven Scheduler for Optical Inter-Satellite Links enabled GNSS. A thorough description of the working principle can be found in the paper: "Contact Plan Design for GNSS Constellations: A Case Study with Optical Inter-Satellite Links" From Andrea Nardin, Juan A. Fraire, and Fabio Dovis. Please cite the relative paper if you use this software. The scheduler is mainly composed by the following blocks: Data retrieval from AGI STK access reports; Instantaneous PDOP computation for each potential schedulable link; Time slotting and PDOP averaging. Graph weights computation; Degree-constrained minimum spanning tree extraction; Completing available links assignation with respect to user selected criteria; Output data visualization and metrics evaluation.
O-GNSS Scheduler: Contact Plan for GNSS Constellations with Optical Inter-Satellite Links / Nardin, Andrea. - (2022). [10.24433/CO.4822517.v2]
O-GNSS Scheduler: Contact Plan for GNSS Constellations with Optical Inter-Satellite Links
Andrea Nardin
2022
Abstract
This is a PDOP-driven Scheduler for Optical Inter-Satellite Links enabled GNSS. A thorough description of the working principle can be found in the paper: "Contact Plan Design for GNSS Constellations: A Case Study with Optical Inter-Satellite Links" From Andrea Nardin, Juan A. Fraire, and Fabio Dovis. Please cite the relative paper if you use this software. The scheduler is mainly composed by the following blocks: Data retrieval from AGI STK access reports; Instantaneous PDOP computation for each potential schedulable link; Time slotting and PDOP averaging. Graph weights computation; Degree-constrained minimum spanning tree extraction; Completing available links assignation with respect to user selected criteria; Output data visualization and metrics evaluation.
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https://hdl.handle.net/11583/2998519