All verified mentions of this organization in source documents.
The Metop-SGA1 weather satellite carries the IASI-NG instrument developed by CNES.
An Image Quality team of six CNES engineers was set up in 2008 to collaborate with ESA on Sentinel-2.
CNES helped to correct a radiometric bias for consistent radiometry across all three Sentinel-2 satellites.
CNES provides high-quality ARD products as part of the THEIA Land data center.
CNES made significant contributions to the definition of the Sentinel-2 mission and its products.
CNES provided financial support for researchers through the TOSCA budget.
CNES is participating in the Mission Advisory Group for the development of the Sentinel-2 NG mission, planned for launch in 2034.
CNES has been involved in in-flight acceptance work since the launch of Sentinel-2A.
CNES was responsible for all aspects of image quality for the first two Sentinel-2 satellites.
CNES has facilitated access to worldwide Sentinel-2 data through the GEODES portal.
In 2003, CNES studied the 'GMES continental' mission, which proposed global coverage every 3 days.
CNES introduced the Global Reference Image (GRI) concept to improve geometric refinements of Sentinel-2 images.
CNES processes over 1,000 Sentinel-2 products per year for radiometric validation.
CNES processes the entirety of Europe with the MAJA processor for Sentinel-2 data.
In 1998, CNES proposed the Rhea mission, which later became the VENµS satellite.
CNES used Formosat-2 satellite data to prepare for Sentinel-2 and VENµS missions.
The MGRS tile grid was suggested by CNES to facilitate image time series use in Sentinel-2.
CNES defined Sentinel-2 products up to level 1C and recommended the level 2 product content.
The WASP processor is used by CNES to provide monthly syntheses of cloud-free observations.
Damien Rodat represents CNES in ESA's S2 Quality Working Group.