AMCS / Thomson / UNAVCO Inc. / B. E. Corey A. E. / Research Concepts Inc. / Microwave Engineering Corporation / Andersen Manufacturing Inc. / /
Country
Sweden / United States / Korea / Spain / /
Currency
USD / /
Event
M&A / /
Facility
Research Institute / Kookmin University / Haystack Observatory / College of Forest Science / Korea Astronomy Observatory / MIT Haystack Observatory / /
IndustryTerm
calibration solutions / satellite pointing directions / satellite ephemerides / similar satellite positions / cosecant law / topocentric satellite unit vector / satellite antenna phase patterns / geophysical applications / least-squares solution / carrier-to-noise powerdensity ratio information / propagation media / carrier frequencies / steel pipe / Internet connection / precision applications / satellite parameter values / topocentric satellite positions / estimated satellite orbital positions / satellite position / carrier frequency / metal / topocentric satellite distance rate / satellite pseudorandom noise / reference systems / carrier-beat phases / test site / topocentric satellite distance / electronics / metal reflectors / individual site / satellite elevation angle / computer processing load / carrier-beat phase / signal processing techniques / satellite direction / /
Organization
Kookmin University / Seoul / MIT / Harvard / Institut d’Estudis Espacials de Catalunya / Swedish National Testing and Research Institute / American Geophysical Union / US Federal Reserve / Smithsonian Center for Astrophysics / /
RADIO SCIENCE, VOL. 39, RS5002, doi:[removed]2003RS002999, 2004 Development of an antenna and multipath calibration system for Global Positioning System sites K.-D. Park,1,2 P. Elo´segui,1,3 J. L. Davis,1 P. O. J. Jarle