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"Future of Space Systems"
Nelli Mosavi
Johns Hopkins
University
Applied Physics
Laboratory
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Abstract
In the future, as formation and constellation flying
increases, the need for automated operations in space applications
will be essential. Stringent communications constraints such as
limited communication windows, long communication latencies, system
complexity, and many other factors will preclude direct human
functions. Also, ground-based command and control systems will become
more complex and may not provide sufficiently rapid corrective
control commands. As we plan for autonomous operations, it is equally
important to apply security and dependability to the end-to-end
system to ensure the decisions made by space and ground assets are
trustworthy.
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Speaker
Dr. Nelli Mosavi is a Program Manager at the Space
Exploration Sector at Johns Hopkins University, Applied Physics
Laboratory. She has worked in various NASA spacecraft missions over
the years such as MESSENGER, Van Allen Probes, Solar Parker Probe,
DART and EUROPA.
Dr. Mosavi is an Assistant Research Professor in the
Department of Electrical and Computer Engineering in the Whiting
School of Engineering at Johns Hopkins University and Adjunct
Professor at University of Maryland, Baltimore County. She received a
B.S. degree in Electrical Engineering from Oakland University
Michigan, an M.S. in Electrical Engineering from The Johns Hopkins
University and a Ph.D. in Electrical Engineering from the University
of Maryland, Baltimore County.
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