NASA NTRS · 20240008202
TechEdSat-11: Prototyping Autonomous Communications in Orbit
Abstract
Cognitive Engine 1 (CE-1) is a state-of-the-art automated system designed to manage routine operations and respond to adverse events without requiring human operator input. CE-1 will optimize scheduling capabilities, detect and react to link failures, and ensure data delivery deadlines are met efficiently. Seamless roaming between government and commercial providers will allow for a robust and cost-effective network. TechEdSat-11 will demonstrate two key components of CE-1: User Initiated Services (UIS) and Delay Tolerant Networking (DTN). The first phase of the experiment will use UIS to automate on-demand scheduling of a commercial S-band ground station. Later phases of the experiment will demonstrate DTN store-and-forward and space internetworking capabilities through the TechEdSat-11 S-band radio. This paper will discuss the CE-1 main components relevant to the experiment, the flight and ground software architecture, experiment concept of operations and preliminary results.
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Rachel Dudukovich, Adam Gannon, Janette Briones, Timothy Recker, Patrick Zhong, Kyle Deleon, Lucas Shalkhauser, Ethan Schweinsberg, Evan Danish, Alejandro Salas, Marcus Murbach. TechEdSat-11: Prototyping Autonomous Communications in Orbit. https://ntrs.nasa.gov/citations/20240008202
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