Abstract's details

GPS-based Precise Orbit Determination of the Sentinel-6 MF and Jason-3 Missions

Shailen Desai (Jet Propulsion Laboratory, United States)

CoAuthors

Alex Conrad (University of Colorado, United States); Bruce Haines (Jet Propulsion Laboratory, 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 results from the radiometric evaluation of the TriG Precise Orbit Determination (POD) Global Positioning System (GPS) receiver onboard the Sentinel-6 Michael Freilich (MF) mission. We assess various tracking metrics, data noise, and precise orbit determination performance, and compare them to those from the Jason-3 IGOR+ GPS receiver. We also present results from the evaluation of our GPS-based POD solutions using independent metrics such as withheld satellite laser ranging data residuals and sea surface height residuals at locations where ascending and descending passes cross (i.e., crossover residuals). We also assess relative performance of our GPS-based Sentinel-6 MF and Jason-3 orbit solutions to the precise orbit ephemeris (POE) that is provided on the science data products. This performance assessment includes both temporal and geographically correlated differences.
 

Oral presentation show times:

Room Start Date End Date
Sala Pasinetti Tue, Nov 01 2022,09:30 Tue, Nov 01 2022,09:45
Shailen Desai
Jet Propulsion Laboratory
United States
shailen.desai@jpl.nasa.gov