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Algebraic and Geometric Models for Space Networking

Topos Institute via YouTube

Overview

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Explore groundbreaking research on developing autonomous routing protocols for an interplanetary internet in this Topos Institute Colloquium talk. Delve into a novel coordinate system built on cosheaves and persistence for analyzing time-varying graphs, which enables measuring distances between space networking scenarios and modeling routing with propagation delay through modified semi-ring matrix multiplication. Examine practical applications through Earth-Moon-Mars system simulations generated in the Satellite Orbital Analysis Program (SOAP), featuring networks of 10-100 nodes. Learn about the ongoing collaboration between SUNY Albany and NASA Glenn Research Center under the TIMAEUS project to advance space networking capabilities for future solar system-wide communications infrastructure.

Syllabus

Justin Curry: "Algebraic and Geometric Models for Space Networking"

Taught by

Topos Institute

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