There are a few collaboration and customers currently looking into our operational outputs. Some of them are also working on model-data validation. I am keeping the records here so that we don't lose track.
James Secan (jim@nwra.com), NorthWest Research Associates, Inc
https://spawx.nwra.com/spawx/tec/wam-ipe/
The comparisons of foF2 and TEC with observations at two locations in real-time.
Bruce Ward (bruce.ward@adelaide.edu.au), the University of Adelaide in Australia
Validating WAM-IPE electron density profiles in the bottom-side ionosphere with over-the-horizon (OTH) surveillance radars. This system is supported by a network of HF vertical, oblique, and backscatter sounders all observing the ionosphere in real-time.
Eelco Doornbos (eelco.doornbos@knmi.nl), Royal Netherlands Meteorological Institute (KNMI)
Looking into WAM-IPE validation in thermosphere and ionosphere.
Catherine Olsen (Catherine.S.Olsen@saic.com), SAIC
Trying to understand how MUF is calculated in our outputs. This is to support a real-time radar "bug splat" depiction to see where and why "over the horizon" radar reflections at high frequency (HF) change through time, who can pick them up, and the applications our customer can do with such information is up to them.
NASA CCMC
WAM Neutral Density:
SpaceX Starlink
MIT Aerospace, Richard Linares, for reentry analysis and thermospheric density
MIT Lincoln Lab
Kayhan Space
LeoLabs
Space Environmental Technologies, Kent Tobiska (ktobiska@spacewx.com)
Industrial Sciences Group in Australia, David Shteinman
Space Force, 18th Space Defense Squadron
STK + Comspoc
Celestrak.org on solar and geomagnetic drivers
Aerospace Corp. for reentry analysis
Ionosphere and Irregularities
Rocket Lab on GPS outage
WAAS
There are a few collaboration and customers currently looking into our operational outputs. Some of them are also working on model-data validation. I am keeping the records here so that we don't lose track.
James Secan (jim@nwra.com), NorthWest Research Associates, Inc https://spawx.nwra.com/spawx/tec/wam-ipe/ The comparisons of foF2 and TEC with observations at two locations in real-time.
Bruce Ward (bruce.ward@adelaide.edu.au), the University of Adelaide in Australia Validating WAM-IPE electron density profiles in the bottom-side ionosphere with over-the-horizon (OTH) surveillance radars. This system is supported by a network of HF vertical, oblique, and backscatter sounders all observing the ionosphere in real-time.
Eelco Doornbos (eelco.doornbos@knmi.nl), Royal Netherlands Meteorological Institute (KNMI) Looking into WAM-IPE validation in thermosphere and ionosphere.
Catherine Olsen (Catherine.S.Olsen@saic.com), SAIC Trying to understand how MUF is calculated in our outputs. This is to support a real-time radar "bug splat" depiction to see where and why "over the horizon" radar reflections at high frequency (HF) change through time, who can pick them up, and the applications our customer can do with such information is up to them.
NASA CCMC
WAM Neutral Density: SpaceX Starlink MIT Aerospace, Richard Linares, for reentry analysis and thermospheric density MIT Lincoln Lab Kayhan Space LeoLabs Space Environmental Technologies, Kent Tobiska (ktobiska@spacewx.com) Industrial Sciences Group in Australia, David Shteinman Space Force, 18th Space Defense Squadron STK + Comspoc Celestrak.org on solar and geomagnetic drivers Aerospace Corp. for reentry analysis
Ionosphere and Irregularities Rocket Lab on GPS outage WAAS