Attitude Control Electronics / Sun / Apogee Engine Firing / Attitude Control Flight Software / /
Continent
Asia / /
Country
Japan / /
Facility
National Institute of Information / Tsukuba Space Center / Port Amplifier / /
Holiday
summer solstice / /
IndustryTerm
wideband communication network / ultrahigh-speed fixed satellite communications technology / communications network / development satellite / integrated satellite / geostationary satellite communications / ultra-high-speed communications network / scientific satellite / backbone network / ultra-high-speed fixed satellite communications network functions / module satellite structure / speed line connection technology / onboard equipment / communications network systems / ultra-high-speed communications / ground communications networks / electrical energy / continual design technologies / communications coverage / power antenna technology / satellite communications / ultra-highspeed communications / bus equipment / subsystem equipment / communications network society / solar energy / ultra high speed satellite communications / communications network system / satellite assembly / ponent systems / satellite system / ultra-high-speed satellite communications technologies / software functions / beam-steering technology / band Internet / equipment / /
MusicGroup
Internet / Active Phased Array Antenna / /
Organization
Japan Aerospace Exploration Agency / Earth Sensor Assembly / Tanegashima Space Center / National Institute of Information and Communications Technology Vol.54 No.4 / Tsukuba Space Center / office of Space Applications / Reaction Wheel Assembly / Inertial Reference Unit / /
Person
Fig / /
Position
model / Deputy Project Manager / WINDS Project Team / /
3 Development of Satellite System 3-1 Overview of WINDS Satellite SATO Tetsuo, NAKAMURA Yasuo, and ARAKI Tsunehiko The Wideband InterNetworking engineering test and Demonstration Satellite (WINDS) aims at developing and