| Document Date: 2014-07-17 12:23:03
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City Geneva / Vancouver / Article / Long Beach / / Company Global Navigation Satellite Systems / Timing Systems / EMC / / Country Switzerland / France / Japan / United States / Netherlands / Italy / Canada / China / / / Facility Ground Precise Timing Facility The Precise Timing Facility / Galileo Precise Timing Facility / T. Pike / Observatory of Neuchatel / / IndustryTerm navigation systems / post-processing ground data / navigation satellite payload / baseline clock technologies / classical and mature space clock technologies / selected solution / navigation satellite systems / space clock manufacturer / alternate solutions / passive maser technology / dual-technology / maser technologies / electronics / post processing / satellite navigation signals / mature clocks technologies / anomaly clock detection algorithm / atomic clock technologies / plasma discharge electronics / synchronization modules and solutions / / Organization Radioastron mission / ONe CLock Ensemble / Galileo mission / / Person John Rajan / Paul Gilmourn / Selex Galileo / Todd Dass / GALILEO BEIDOU IRNSS QZSS / Marvin Epstein / Galileo Rubidium / Galileo Precise / / Position proportional-integral filter controller / / ProgrammingLanguage Pascal / / PublishedMedium 24 Hours / / RadioStation 25 PHM FM / / Technology RAFS technology / FPGA / radiation / relevant steering algorithms / PHM technology / anomaly clock detection algorithm / GPS / two Galileo baseline clock technologies / maser technologies / mature clocks technologies / ESA / passive maser technology / two classical and mature space clock technologies / ONCLE algorithm / backup HM steering algorithm / Rubidium technology / atomic clock technologies / /
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