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US 12,009,903 B2Granted
Orbital edge computing
AssigneeCarnegie Mellon University
InventorsBrandon Lucia, Bradley Denby
Life of this patent
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Abstract
A system and method of controlling a constellation of nanosatellites colocates processing resources with sensors in each satellite. Latencies in data transmission are addressed by organizing the constellation of satellites into computational pipelines. An orbital edge computing module simulates system design for mission design, planning and analysis in addition to supporting online autonomy.
Claims11
An orbital edge computing system for controlling a constellation of satellites comprising:
- a plurality of computational satellites forming a constellation,
- wherein each computational satellite of the constellation comprises a sensor and is configured to process data collected from the sensor,
- wherein the constellation forms a computational nanosatellite pipeline;
- a cote module present on each computational satellite of the plurality of computational satellites, the cote module comprising a simulation application and a runtime application,
- wherein the simulation application models interactions between computational nanosatellite pipeline configurations, data collection, and communication;
- and
- a ground station capable of intermittently communicating with a computational satellite in the constellation,
- wherein each computational satellite of the plurality of computational satellites initiates a process of utilizing the sensor or communicating with the ground station autonomously using the cote module.
5 more elements
Dependencies are inferred from the claim text.