Abstract's details

Assessment of GPS Transmitter Antenna Calibration Maps on Precise Orbit Determination of the Sentinel-6 MF Mission

Alex Conrad (University of Colorado Boulder, United States)

CoAuthors

Penina Axelrad (University of Colorado Boulder, United States); Shailen Desai (Jet Propulsion Laboratory, California Institute of Technology, United States); Bruce Haines (Jet Propulsion Laboratory, California Institute of Technology, United States)

Event: 2022 Ocean Surface Topography Science Team Meeting

Session: Precision Orbit Determination

Presentation type: Type Oral

The primary focus of this presentation is to evaluate the GPS transmitter antenna calibration maps and impacts on the Precise Orbit Determination (POD) of the Sentinel-6 Michael Freilich (MF) mission using the onboard TriG Global Positioning System (GPS) receiver. We evaluate the Block III residuals using a Block II derived receiver antenna calibration map and Block II POD solution. Residuals are stacked to assess the azimuthal and elevation dependencies in the Block III transmitter frame. Also, the Block II transmitter residuals are stacked to incorporate the azimuthal variability into updated maps. Finally, withheld satellite laser ranging residuals are used to evaluate the differences of incorporating the Block III satellites and updated Block II antenna calibration maps into the Sentinel-6 MF POD solution.

 

Oral presentation show times:

Room Start Date End Date
Sala Pasinetti Tue, Nov 01 2022,11:00 Tue, Nov 01 2022,11:15
Alex Conrad
University of Colorado Boulder
United States
alco1479@colorado.edu