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ANCHOR: Global Parametrized Ionospheric Data Assimilation
  • +10
  • Victoriya Forsythe,
  • Sarah E McDonald,
  • Kenneth F. Dymond,
  • Bruce Aaron Fritz,
  • Angeline Gail Burrell,
  • Katherine Anne Zawdie,
  • Douglas Drob,
  • Meghan Burleigh,
  • Dustin A Hickey,
  • Christopher Metzler,
  • David Derieg Kuhl,
  • Daniel Hodyss,
  • Joseph Hughes
Victoriya Forsythe
U.S. Naval Research Laboratory

Corresponding Author:[email protected]

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Sarah E McDonald
Naval Research Laboratory
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Kenneth F. Dymond
Naval Research Laboratory
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Bruce Aaron Fritz
U.S. Naval Research Laboratory
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Angeline Gail Burrell
US Naval Research Laboratory
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Katherine Anne Zawdie
Naval Research Laboratory
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Douglas Drob
Naval Research Lab
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Meghan Burleigh
Naval Research Laboratory
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Dustin A Hickey
United States Naval Research Laboratory
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Christopher Metzler
NRL
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David Derieg Kuhl
Naval Research Laboratory
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Daniel Hodyss
Marine Meteorology Division
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Joseph Hughes
Orion Space Solutions
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Abstract

ANCHOR is a novel assimilative model developed at the U.S. Naval Research Laboratory. It extracts ionospheric parameters from RO and ionosonde data and assimilates them as point measurements into the maps of the background parameters using Kalman Filter approach. This paper introduces the ANCHOR algorithm, discusses its coordinate system and background, explains the background covariance formation, discusses the extraction of the ionospheric parameters from the data and the assimilation process, and, finally, shows the results of the observing system simulation experiment.
24 Nov 2023Submitted to ESS Open Archive
27 Nov 2023Published in ESS Open Archive