Uppsala / Helsinki / Lund / Copenhagen / Kiruna / /
Company
T S Space Systems / FMI/GEO / Swedish Space Corporation / US Air Force Research Laboratory / /
Continent
Europe / /
Country
Sweden / United States / Finland / /
Facility
Helsinki University / Swedish Institute of Space Physics / Danish Meteorological Institute / Heliospheric observatory / Umeå University / University of Helsinki / University of Michigan / Finnish Meteorological Institute / /
IndustryTerm
satellite owner / lower-energy detectors / space-borne and ground-based technological systems / Recent satellite failures / neural networks / satellite project / material information / space weather server / software requirements / satellite anomaly index / Satellite environment data / telecommunication satellite / Time-delay neural network / facilities and infrastructure / excellent management / satellite anomalies / high-energy electrons / space weather product / learning vector quanitzation network / tool software requirements / Satellite anomaly / learning vector quantization network / overall management / observed satellite anomalies / workable solution / technological systems / Space weather information server / /
Organization
National Science Foundation / Swedish Institute of Space Physics / University of Michigan / Finnish Meteorological Institute / National Oceanic and Atmospheric Administration / Solar-Terrestrial Physics Division / European Data / Model / and Specification Centre / Department of Physics / U.S. Securities and Exchange Commission / FIN-00014 Helsinki University / Uppsala Division / University of Helsinki / European Space Weather Data and Model Centre / Freja mission / Umeå University / Danish Meteorological Institute / European Space Weather Centre / /
Person
D. Cooke / E. Daly / U. Svensson / A. Hilgers / /
Position
Project Manager / ESTEC Technical Officer / ESA Technical Officer / Technical Officer / prime Contractor / /