Hydrologic Information System for North Texas John A. McEnery, University of Texas at Arlington Paul W. McKee, National Weather Service Gregory P. Shelton,

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Presentation transcript:

Hydrologic Information System for North Texas John A. McEnery, University of Texas at Arlington Paul W. McKee, National Weather Service Gregory P. Shelton, National Weather Service December 10, 2010

HRAP centers / MPE /U.S. & Mexico

SQL Database Scalability Considerations –Database Search Indexes written & applied to several data sets –Outcome: performance trade off –The positive: Substantially increased data retrieval time Data download time for registered sets of Daily and Hourly values now range between quick to nearly instantaneous!! –The negative: Substantially slower data entry. Nearly an hour to load a one hour set of values. Not a sustainable process.

SQL Database Scalability Considerations –Solution: Recent Values vs. Archive 2 separate sets Small dynamic set containing recent values (no indexes needed). This will receive current updates. Large static set with full 15/17 yr history of archive values. –Additional Solution: New platform at Arlington Regional Data Center (ARDC) Fail-over power back up 24/7 sys-op support Enterprise class data server

ARDC System GHz HT processing cores 96 Gb memory 12 TB integrated storage for faster IO functions MS Server 2008, SQL Server 2008 & ArcGIS Server

Update stream via Unidata Local Data Manager (LDM) LDM Connection became active and remained active November 22 nd. –Routed from WGRFC through NWS Southern Region Headquarters and then to UTA. –Extremely dedicated effort by Mike Thompson of NWS to coordinate the configuration for LDM.

UTA HIS Architecture Reservoir WaterShed Microsoft Server 2008 MS SQL Server 2008 CUAHSI ODM WaterOneFlow Services (2.83Ghz IC7 – 20 Gb SDRAM) QNAP NAS 16Tb External Storage NWS WGRFC CUAHSI Central WaterML C# Script XMRG Content Archive Values

UTA HIS Architecture Reservoir WaterDrop Linux Red Hat 5.0 LDM 6.8 Data Manager WaterShed Microsoft Server 2008 MS SQL Server 2008 CUAHSI ODM WaterOneFlow Services (2.83Ghz IC7 – 20 Gb SDRAM) QNAP NAS 16Tb External Storage NWS WGRFC / SRHCUAHSI Central WaterML C# Script XMRG Content Current Values

Student participants Kulsawasd Jitkajomwanich Brad Jewell Ryan Ramsey

Extension of Work Lower Mississippi RFC Arkansas Red Basin RFC

NWS RFC Service Areas

New Project Tarrant Regional Water District Implement a similar data system to stream multiple data sources. MPE, QPF, stream flow, lake levels. Purpose: Input for Fort Worth Floodway Model. Collaborators: TRWD, NWS, USGS, USACE.