I traveled to Sophia Antipolis to present our poster at SNS4SNS:
“Rethinking NTN Architecture: Leveraging 6G-RUPA for Scalable and Energy-Efficient LEO Networks”
If you just want the key idea: we show how to make routing in LEO mega-constellations lighter-weight by replacing bulky, frequently changing IP forwarding state with a topological address that follows the constellation geometry.
We published LEOPath, an open-source, Python-based simulation framework for analyzing and comparing routing algorithms in LEO satellite constellations.
LEOPath is designed for topology/routing-state generation in time-varying LEO networks. It helps you study how a constellation evolves over time (satellite movement, changing ISLs/GSLs) and how different routing approaches behave.
My first week at Boston University is already complete, and I’m so happy to be here in Boston! Everyone has been incredibly kind, and the faculty and staff are all super approachable and welcoming.
We’re excited to announce that our initial position paper introducing 6G-RUPA has been published in the MDPI Computers Journal! This milestone marks an important step forward in our research toward next-generation mobile network architectures.