Back to Results
First PageMeta Content
Radar meteorology / National Weather Service / NEXRAD / Advanced Weather Interactive Processing System / Terminal Doppler Weather Radar / Composite reflectivity / Tornado vortex signature / Grlevelx / Convective storm detection / Meteorology / Atmospheric sciences / Weather radars


6B.10 TERMINAL DOPPLER WEATHER RADAR FOR NWS OPERATIONS: PHASE 3 UPDATE Michael J. Istok* NOAA/National Weather Service, Office of Science and Technology, Silver Spring, MD Andrew D. Stern and Robert E. Saffle Noblis, In
Add to Reading List

Document Date: 2009-01-29 11:16:15

Open Document

File Size: 1,58 MB

Share Result on Facebook

City

Seattle / Oklahoma City / San Antonio / Falls Church / Newark / Boston / Baltimore / Albuquerque / Salt Lake City / Atlanta / Lexington / Tampa / /

Company

Lincoln Laboratory / Mode RV Ambiguity Requirement Surface (Lowest) LP / Robert E. Saffle Noblis Inc. / Zihou Wang RS Information Systems Inc. / MD Warren M. Blanchard Short and Associates Inc. / Las Vegas NV / MIT Lincoln Laboratory / RS Information Systems / /

/

Event

Natural Disaster / /

Facility

Airport TDWR / Terminal Doppler Weather Radar / East West Highway / Baltimore-Washington International Airport / TERMINAL DOPPLER WEATHER RADAR FOR NWS OPERATIONS / Terminal Doppler Weather Radar Supplemental Product Generator / Program Support Facility / /

IndustryTerm

resolution products / external systems / communications connections / prototype systems / output products / derived reflectivity algorithms / prototype deployment systems / algorithm-based products / spectral processing / signal processing / weather processor / composite reflectivity product / reflectivity products / Storm analysis products / downstream applications / data processing / storm analysis algorithms / reduced resolution base products / waveform algorithms / open-systems / operational site / base data products / hardware/software architecture / scientific algorithms / precipitation products / precipitation processing / coastal network / operational software / adaptive selection algorithms / signal processor / signal processing algorithms / software changes / velocity algorithm / precipitation algorithms / derived velocity products / pulse-pair processing / /

NaturalFeature

Gulf coasts / /

Organization

Federal Aviation Administration / NWS office of Hydrologic Development / MIT / National Oceanic and Atmospheric Administration / NOAA’s NWS / office of Science and Technology / BWI TDWR / TDWR SPG / SPG PPS / SP V / Department of Defense / National Weather Service / /

Person

C. Brian R. Klein / N. Shen / Silver Spring / W.M. Blanchard / Andrew D. Stern / D.J. Stein III / B. Klein / Wilma / B.R. Klein / Y. Song / A.D. Stern / Bill Bumgarner / Mark Fresch / R.E. Saffle / Katrina / Daniel Stein III / Rita / Michael J. Istok / /

Position

MP / author / /

Product

RPG / /

ProvinceOrState

Texas / Washington / New Mexico / Florida / Georgia / Massachusetts / /

Region

Caribbean / /

Technology

RPGbased precipitation algorithms / WSR-88D algorithms / WSR-88D storm analysis algorithms / 4.2 Derived Products Reflectivity Algorithms / WSR-88D Dealiasing algorithm / UDP / velocity algorithm / operational FAA weather processor / signal processor / 4.3 Precipitation Algorithms / Ethernet / 4.1 Storm Analysis Algorithms / storm analysis algorithms / converted algorithms / signal processing algorithms / adaptive selection algorithms / derived reflectivity algorithms / waveform algorithms / Tornado Vortex Signature algorithm / DSP / SPG storm analysis algorithms / Flash / /

SocialTag