| Document Date: 2012-10-11 10:33:56
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City Edmonton / Seattle / Oklahoma City / Hyannis / Visby / Lexington / / Company MIT Lincoln Laboratory / Nathan G. Parker MIT Lincoln Laboratory / Intel / / Country Sweden / United States / Canada / / / Event Natural Disaster / / Facility FAA’s Oklahoma City TDWR Program Support Facility / Terminal Doppler Weather Radar / / IndustryTerm software design / Phase-code processing / digital signal processor / phase-code transmission/processing / phasecode processing / interrupt-driven software / digital signal processing algorithms / real time / software switches / signal processing / adaptive processing algorithm / real-time implementation / model adaptive processing / increased computing power / legacy algorithm / adaptive solution / phase-code processing mode / phase-code processing modes results / software standard / adaptive selection algorithm / legacy signal processing algorithms / signal processing algorithms / adaptive waveform selection algorithm / algorithms / / OperatingSystem Linux / / Organization Federal Aviation Administration / MIT / U.S. Government / American Meteorological Society / / Person John Y. N. Cho / R. E. Passarelli / Jr. / Gabriel R. Elkin / / / Position collector / Antenna Controller / author / programmer / / Product RPG / / ProgrammingLanguage C / D / / ProvinceOrState Alberta / Washington / Massachusetts / / Technology FPGA / Linux / API / adaptive processing algorithm / adaptive selection algorithm / Microwave / adaptive waveform selection algorithm / DSP algorithms / digital signal processor / digital signal processing algorithms / SIGNAL PROCESSING ALGORITHMS / existing DSP algorithms / recently developed algorithms / 3.1 Algorithm / legacy algorithm / legacy signal processing algorithms / DSP / automated algorithm / Gigabit Ethernet / / URL http /
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Enhanced Radar Data Acquisition System and Signal Processing Algorithms for the Terminal Doppler Weather Radar