NASA NTRS · 20240012466
Cognitive Engine One: A Cross-Layer Framework for Autonomy in Multi-Provider Space Communications Environments
Abstract
Spacecraft information needs, along with the communications environments in which data transfers occur, are becoming increasingly dynamic. Earth orbit is served by dozens of ground station and relay satellite providers – each with unique protocols and service capabilities. In this context, we present a system to automate end-to-end space communications across the protocol stack for each of several providers. The proposed system schedules contacts with providers, configures point-to-point RF links, and ensures data is transferred to its destination. Data monitoring and rescheduling provide an automated failover capability in the event of unsuccessful contacts. We verify system performance in a high-fidelity emulation testbed. Results from several scenarios demonstrate favorable system performance across a variety of mission use cases.
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Adam Gannon, Joseph Downey, Rachel Dudukovich, Aaron Smith, Matthew Hilts, Mick Koch, Timothy Recker, Ethan Schweinsberg, Shadi Zogheib, David Brooks, Larry Vincent, Constantine Gemelas, Janette Briones. 2025-04-30. Cognitive Engine One: A Cross-Layer Framework for Autonomy in Multi-Provider Space Communications Environments. https://ntrs.nasa.gov/citations/20240012466
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