17th AIAA International Communication Satellite Systems / Communications Research Laboratory / /
Continent
Asia / /
Currency
pence / /
Facility
National Institute of Information / Beam port / /
IndustryTerm
control algorithm / beam-forming networks / built-in processor / geostationary satellite / phasedarray-fed satellite antennas / mobile communications / beam-forming network / phased array satellite antennas / onboard equipment / microwave signal processing / beam forming network / multibeam satellite antenna / satellite attitude error / telephony / cellular satellite system / multibeam satellite communication system / satellite orbit / satellite communications / equipment startup / metal cup / /
MusicGroup
Mobile / MMIC / /
NaturalFeature
Japanese islands / /
Organization
Congress / National Institute of Information / US Federal Reserve / /
Person
A. Miyasaka / H. Tunoda / K. Ueno / T. Ide / T. Tanaka / N. Hamamoto / M. Sakasai / M. Atobe / C. Sakakibara / S. Hama / M. Tanaka / Y. Yamasa / Y. Arimoto / K. Tokunaga / Y. Hashimoto / S. Yamamoto / T. Ohira / M. Okumura / M. Orikasa / S. Kamihashi / Y. Matsumoto / T. Orikasa / H. Takasu / K. Suzuki / /
Position
Forming Controller / General / beam-forming controller / /
3-6-3 Beam Forming Network MATSUMOTO Yasushi and IDE Toshiyuki A newly developed BFN (Beam Forming Network) for a phased array feed on ETS-VIII satellite is described. The BFN controls the excitation weight of the feed a