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- E-Corce was a planned remote sensing satellite constellation of CNES, slated for launch in 2014. Designed by an engineer from CNES, JP Antikidis, in the frame of a prospective unit led by JJ Favier, this project is revolutionizing satellite Earth observation methodologies by allowing at acceptable cost a rapid coverage of the entire planet (1 day to 1 week) with high resolution (metric) color pictures. The solutions use image compression (psycho-visual) coupled with new methods of receiving and processing information distributed across the planet. The project aims by 2014 to photograph all of the continents in color at a resolution of 1 meter, every week, with a constellation of 13 Earth-orbiting microsatellites at 600 km, imaging everything in their path and down-linking compressed data to processing centers on the world. Definition: "e-Constellation of Observation by Recurrent Cellular Environment" combining of three technological "cells"(space, telecom, Grid) to produce a multi-spectral image of the Earth. "e" as intended to feed the new vectors of the mass-based Internet, "Constellation" because relying on a constellation of satellites observing the earth in "saturation" REcurrent "because based on a systematic information delivery high resolution refreshed daily to weekly "Cellular " because using the combined virtues of new technology based on cellular processing (Wide Area Grid) distributed across the full globe. (en)
- E-Corce ou e-Constellation d’Observation Récurrente CEllulaire était un projet de constellation de satellites de télédétection du CNES développé à la fin des années 2000 qui a été abandonné. (fr)
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- E-Corce ou e-Constellation d’Observation Récurrente CEllulaire était un projet de constellation de satellites de télédétection du CNES développé à la fin des années 2000 qui a été abandonné. (fr)
- E-Corce was a planned remote sensing satellite constellation of CNES, slated for launch in 2014. Designed by an engineer from CNES, JP Antikidis, in the frame of a prospective unit led by JJ Favier, this project is revolutionizing satellite Earth observation methodologies by allowing at acceptable cost a rapid coverage of the entire planet (1 day to 1 week) with high resolution (metric) color pictures. The solutions use image compression (psycho-visual) coupled with new methods of receiving and processing information distributed across the planet. The project aims by 2014 to photograph all of the continents in color at a resolution of 1 meter, every week, with a constellation of 13 Earth-orbiting microsatellites at 600 km, imaging everything in their path and down-linking compressed data t (en)
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- E-CORCE (en)
- E-Corce (fr)
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