SNOOS: Small Near-Earth Object Observing System

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The SEOR team has designed a high-level architecture of a NEO observation system consisting of the capability gap-filling functions to aid the NASA goal. In addition, a quantitative modeling architecture was developed by the team to evaluate the potential effectiveness of various system alternatives (architectures), leading to a down selection of a recommended system architecture that can meet the NEO

observation goal.



The resulting architecture designed by the SEOR team could potentially observe over 90% of a representatively modeled small NEO population within five years.



The following links are the final documents submitted for this semester project, including the report, presentation, and model.  To view the model, use the AGI Viewer, which can be accessed at 

SNOOS Final Report

SNOOS Final Presentation