'Wsr 88d' diaporamas de présentation

NEXRAD Doppler Radar Network

Project CRAFT: A Test Bed for Demonstrating the Real Time Acquisition and Acrhival of WSR-88D Base (Level II) Data. Presented to UCAR/Unidata Program 12 October 2000 Kelvin K. Droegemeier Center for Analysis and Prediction of Storms and School of Meteorology University of Oklahoma.

915 views • 75 slides

Applications of Fuzzy Logic Used at the NCAR Research Applications Program

The 84 th American Meteorological Society Annual Meeting, Seattle, 10-11 January 2004 Short Course on Artificial Intelligence Methods in Atmospheric and Oceanic Sciences: Neural Networks, Fuzzy Logic, and Genetic Algorithms.

897 views • 72 slides

Dr. F. Martin Ralph NOAA Environmental Technology Laboratory Boulder, CO

655 views • 44 slides

NSSL Multiple-Radar / Multiple-Sensor (MRMS) Decision Briefing

NSSL Multiple-Radar / Multiple-Sensor (MRMS) Decision Briefing. David Kitzmiller (OHD/HL) Greg Stumpf (OST/MDL). Purpose of briefing.

664 views • 43 slides

Storm-scale Vortex Detection and Diagnosis

Storm-scale Vortex Detection and Diagnosis. Real-Time Mining of Integrated Weather Information Meeting 20 September 2002 gstumpf@ou.edu. INTRODUCTION. The WSR-88D system has two independent algorithms for detecting rotation in severe thunderstorms:

559 views • 41 slides

WSR-88D

WSR-88D. See http://www.wdtb.noaa.gov/courses/dloc/topic2/ic52_content.html. http://www.wdtb.noaa.gov/tools/misc/beamwidth/index.htm. Convection: VCP 11. Shallow Precipitation. Clear Air Mode.

581 views • 36 slides

Future QPE: Dual-Pol and Gap-Filler Radars

471 views • 33 slides

Climate Services: The temperature is going up but so are the opportunities!

Climate Services: The temperature is going up but so are the opportunities!. John F. Henz, CCM HDR Engineering, Inc. 303 East 17 th Avenue, Suite 700 Denver Colorado 80203 John.henz@hdrinc.com. BS Meteorology, U Wisc 4 yrs in Air Weather Service MS Atmospheric Science, CSU

358 views • 26 slides

Nowcasting Convection

Nowcasting Convection. Fusing 0-6 hour observation- and model-based probability forecasts. Collaborators: Cindy Mueller, Steve Weygandt, Jim Wilson, David Ahijevych, Dan Megenhardt. WWRP Symposium on Nowcasting and Very Short Range Forecasting Toulouse, France, 7 September 2005.

347 views • 20 slides

The Super Tuesday Outbreak: Forecast Sensitivities to Single-Moment Microphysics Schemes

Science Mission Directorate National Aeronautics and Space Administration. The Super Tuesday Outbreak: Forecast Sensitivities to Single-Moment Microphysics Schemes. Andrew L. Molthan 1,2 , Jonathan L. Case 3 , Scott R. Dembek 4 , Gary J. Jedlovec 1 and William M. Lapenta 5.

346 views • 19 slides

Site-Specific Scanning Strategies for WSR-88Ds: Planning for Field Tests

Site-Specific Scanning Strategies for WSR-88Ds: Planning for Field Tests. Rodger A. Brown NOAA, National Severe Storms Laboratory Randy M. Steadham NOAA, WSR-88D Radar Operations Center. National Weather Association Annual Meeting, Cleveland, Ohio, 15-19 October 2006. Background.

252 views • 16 slides

Radar Issues

261 views • 14 slides

Software Development & Maintenance Process

Software Development & Maintenance Process. RADAR OPERATIONS CENTER SOFTWARE ENGINEERING. NEXT. Software Development & Maintenance Process. External Committees & Boards. START. Process CCRs. Problem Analysis. Process RTIs. Design. Security Patches. Development. External User

291 views • 14 slides

Scheduling for Adaptive Weather Sensing Using Phased Array Radar

Scheduling for Adaptive Weather Sensing Using Phased Array Radar. Tian-You Yu 1,2 , Ricardo Reinoso-Rondinel 1,2 and Sebastian Torres 2,3,4 School of Electrical & Computer Engineering, University of Oklahoma, USA Atmospheric Radar Research Center, University of Oklahoma, USA

304 views • 12 slides

272 views • 12 slides

1. FY08 GIMPAP Project Proposal Title Page Revised: October 2007

1. FY08 GIMPAP Project Proposal Title Page Revised: October 2007. Title : Enhanced Utilization of GOES I/M Project Type : Product Improvement Status : New Duration : 2 years Leads: Robert M Rabin NOAA/ National Severe Storms Laboratory (NSSL) Other Participants :

257 views • 11 slides

Topographic Radar Beam Blockage and its Effects on Radar Rainfall Estimates: The BREAM Model

Topographic Radar Beam Blockage and its Effects on Radar Rainfall Estimates: The BREAM Model. Timothy A. Coleman Atmospheric Science Department The University of Alabama in Huntsville. 1. Introduction.

253 views • 8 slides

The

5.06 APPLICATIONS OF THE MCGILL ALGORITHM FOR PRECIPITATION NOWCASTING USING SEMI-LAGRANGIAN EXTRAPOLATION WITHIN THE ARPAV HYDROMET DECISION SUPPORT SYSTEM J. William Conway 1 *, Dr Gabriele Formentini 2 , Chip Barrere 1 , Dr Luciano Lago 2

119 views • 7 slides

Rainfall Rate Relationships in WSR-88D Rainfall Estimation Algorithms

Rainfall Rate Relationships in WSR-88D Rainfall Estimation Algorithms. Dan Berkowitz Applications Branch Radar Operations Center. WSR-88D DP Z -R Relations.

244 views • 7 slides

Evaluation of Phased Array Radar Data via Comparisons to the WSR-88D

Evaluation of Phased Array Radar Data via Comparisons to the WSR-88D. Pam Heinselman Weather Radar Research. 2008 Phased Array Radar Experiment. 19 NWS forecasters from 17 WFOs. Forecasters evaluated:

216 views • 3 slides