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' Mass Notification System <br /> GIS has proven to be a valuable technology for community alerting and public outreach , <br /> such as Reverse 911 . Reverse 911 is inherently a GIS application as spatial selection and <br /> analysis are fundamental for the effective utilization of Reverse 911 . Please refer to the <br /> Sherriff Department ' s Needs Assessment for a complete description of this application . <br /> Department Support for Water, Wastewater and Storm Water Modeling <br /> The Utilities Services Department already utilizes Haestad Methods ' WaterCAD as a stand- <br /> alone application for water and distribution network modeling . However, modeling is not <br /> currently being performed with GIS data . Haestad Methods ' WaterCAD can be integrated <br /> .. with ArcGIS 9 through an ODBC connection . Complete and accurate information is needed <br /> before these applications can be utilized . The Utilities Services Department should consider <br /> migrating from WaterCAD to Haestad Method ' s WaterGEMS , which will take advantage of <br /> the digital water network built within ArcGIS . <br /> In addition , the Department could utilize Haestad Method ' s SewerGEMS and FlowMaster <br /> applications for wastewater modeling and Haested Method ' s StormCAD , FlowMaster, <br /> CulvertMaster, and Pond Pack for Storm Water modeling . All of these applications work with <br /> the ArcGIS platform . <br /> WaterGEMS <br /> WaterGEMS allows users to display, edit , run , map, and design water models from within the <br /> GIS environment : users can view the results of the simulations as native GIS maps or with <br /> traditional Haestad Methods modeling tools . WaterGEMS also provides cross-product <br /> functionality provided by the core Unified Data and Object Model architecture . <br /> With WaterGEMS, users can : ,. .. _ .- - - <br /> View and edit multiple - <br /> a. . <br /> Scenarios in the same - - <br /> -� l <br /> geodatabase. '- <br /> • Analysis functionality, 17 <br /> includin ° <br /> • Extended Period Simulations 1 U <br /> ' Fire Flow Analysis x <br /> • Unidirectional FlushingY• <br /> Valve Modeling t , <br /> • Pump Simulation ,, � • _ � ••• ` <br /> • System Head Curves � ••_'i,c:'. <br /> • Leakage & Sprinkler - • „ ; - <br /> Modeling 4 A _ <br /> Haested Methods WaterGEMS <br /> =J SewerGEMS <br /> SewerGEMS is a multi-platform ( GIS , CAD , and Stand-Alone) sanitary and combined sewer <br /> modeling solution . SewerGEMS allows the user to analyze all sanitary and combined sewer <br /> system elements in one package and have the option of performing the analyses with the <br /> SWMM algorithm or Haesfads implicit solution of the full Saint Venant equations . <br /> 152 <br /> GIS Needs Assessment and Implementation Plan Chapter 1 - Departmental GIS Needs Assessment <br />