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Methodology of evaluating the science benefit of various satellite/sensor constellation orbital parameters to an assimilative data forecast model
A methodology for evaluating the science benefit of adding space weather sensor data from a modest number of small satellites to the Utah State University Global Assimilation of Ionospheric Measurements\textemdashFull Physics (GAIM-FP) model is presented. Three orbital scenarios are presented, two focusing on improved coverage of narrowly specified regions of interest, and one on global coverage of the ionosphere as a whole. An Observing System Simulation Experiment is used to obtain qualitative and quantitative results o ...
Balthazor, Richard; McHarg, Matthew; Enloe, Lon; Mueller, Brandon; Barnhart, David; Hoeffner, Zachary; Brown, Robert; Scherliess, Ludger; Wilhelm, Lance;
Published by: Radio Science Published on: 04/2015
YEAR: 2015   DOI: 10.1002/2014RS005426
SSUSI Single Sensor Auroral E-layer Algorithm: Functional Description
This report describes the SSUSI single sensor Auroral E-layer algorithm developed by Computational Physics, Inc. for Phillips Laboratory and provided to the Johns Hopkins University Applied Physics Laboratory for incorporation into the operational software for SSUSI. SSUSI is an Ultraviolet Disk and Limb Imager to be flown aboard DMSP satellites for ionospheric and thermospheric remote sensing purposes. The algorithm described here uses the Lyman-alpha intensity and the intensities in two wavelength bands dominated by the ...
Daniell, Robert; Whartenby, Williiam; Brown, Lincoln;
Published by: Published on: 06/1994