ESA Earth Home Missions Data Products Resources Applications
   
EO Data Access
How to Apply
How to Access
Services
Site Map
Frequently asked questions
Glossary
Credits
Terms of use
Contact us
Search


 
 
 

 

Status of the GOCE High-level Processing Facility (HPF)

Radboud Koop(1), Thomas Gruber(2) and Reiner Rummel(2)

(1) SRON Netherlands Institute for Space Research, Sorbonnelaan 2, 3584 CA Utrecht, Netherlands
(2) IAPG, Arcisstrasse 21, D-80333 Munchen, Germany

Abstract

This poster aims at presenting a detailed overview of the architecture of the HPF, as well as the status of its development and a look ahead to the operational phase.

In brief, the GOCE High-level Processing Facility (HPF) is the part of the GOCE Ground Segment which is dedicated to the scientific processing of the GOCE observations and the production of the final gravity field products provided to the end users. The HPF is currently in the final stage of its development. During and shortly after the operational phase of the GOCE mission the HPF will systematically produce GOCE level 2 end products such as orbits and gravity field models of different kinds, derived from the novel and highly precise GOCE gradiometry observations, GPS high-low satellite-to-satellite tracking data and additional measurements. Ten European university institutes and research facilities, having complementary expertise in gravity and geodesy related science fields, together have formed the European GOCE Gravity Consortium (EGG-C), which has been contracted by ESA to develop, implement and operate the HPF throughout the whole GOCE mission lifetime. The HPF is designed and developed with the capabilities to produce on a regular basis so-called quick-look or rapid products, that are mainly of interest for the GOCE performance monitoring, as well as final and precise products, representing the official ESA GOCE level 2 products that will become available to end-users. A unique feature of the HPF is that it will implement and operate three different gravity field analysis techniques in parallel, complemented with dedicated scientific pre-processing techniques and a thorough validation procedure for the derived gravity field models before the official ESA solution will be selected out of them. In this way (scientific) users of GOCE products (e.g. oceanographers, solid Earth scientists, geodesists and others) will benefit from the optimal exploitation of the GOCE data.

 

Keywords: ESA European Space Agency - Agence spatiale europeenne, observation de la terre, earth observation, satellite remote sensing, teledetection, geophysique, altimetrie, radar, chimique atmospherique, geophysics, altimetry, radar, atmospheric chemistry