Orel Ben-Reuven • Tomer Fait • Alexander Hodisan
The Link Budget calculator determines the optimal DVB-S2 / DVB-S2X Modcods (Modulation and Coding) for maximum data transfers, assuming downlink transmission of a Leo satellite orbit above the base station. The inputs for the calculator are the specifications of the satellite's transmitter, grounds station's receiver, and additional design parameters.
There are two ways to install the calculator:
The first method requires a Matlab installation on the desired computer, whereas the second method does not require any prerequisites. The instructions for both methods are listed below.
- Clone the repo
git clone https://github.com/Orelbenr/link-budget-calculator.git
- Install the following application:
/App Installers/Link Budget Calculator-Addon Installer.mlappinstall
- Clone the repo
git clone https://github.com/Orelbenr/link-budget-calculator.git
- Install the following application::
/App Installers/Link Budget Calculator-Standalone Installer.exe
Directory | Content |
---|---|
/App Installers |
Directory containing the installation files for the calculator |
/Matlab Source |
Directory containing the Matlab implementation of the calculator |
/Report |
Directory containing the Project report and presentation |
/Project Learning Material |
Directory containing the references materials we used |
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[1] AtlantaRf, “Sattelites-LEO-MEO-GEO,” http://www.atlantarf.com/.
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[2] P. D. S. Wu, “CubeSats: Tiny Satellite – A Big World,” Shanghai 201203, China.
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[3] M. B. Z. S.e. Gerard Maral, Satellite Communications Systems: Systems, Techniques and Technology 5th Edition.
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[4] ETSI, “EN 302 307-1 - DVB-S2,” V1.4.1, 2014-11.
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[5] ETSI, “EN 302 307-2 - DVB-S2X,” V1.2.1, 2020-05.
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[6] Satellites - Orbits and Missions, Michel Capderou, Springer 2005
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[7] K. S. SERVICES, “KA-BAND AND THE FUTURE OF BIG DATA FROM SPACE_KSAT,” https://www.ksat.no/globalassets/ksat/documents/ksat_white_paper.pdf.