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Enterprise GIS for Infrastructures – GIS Infrastructure for Enterprises

Enterprise GIS for Infrastructures – GIS Infrastructure for Enterprises. Josef Strobl Centre for Geoinformatics University of Salzburg. Map India 2008. Enterprise GIS … for Infrastructure Development. Spatial Data Infrastructures … for Utility Enterprises!. Alternative Strategies.

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Enterprise GIS for Infrastructures – GIS Infrastructure for Enterprises

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  1. Enterprise GIS for Infrastructures – GIS Infrastructure for Enterprises Josef StroblCentre for Geoinformatics University of Salzburg

  2. Map India 2008 Enterprise GIS … for Infrastructure Development. Spatial Data Infrastructures … for Utility Enterprises!

  3. Alternative Strategies • Enterprise GIS or • Spatially Enabled Enterprise ICT

  4. Islands of Information • Inefficient workflows • Wrong / imprecise responses • Inadequate information • Communication deficits • Uncoordinated processes • Long delays for services • Long turnaround for e.g. permits • Nobody has access to all required info • …

  5. GIS – Integration Platform Town structure Reference Territorial Units Individual addresses Raster images Roads - highways Environment factors (Example : Pollution from traffic)

  6. Infrastructure documentation

  7. Spatial Integration – Securing customer-oriented Quality of Service Customer Data Utilities Electricity, Gas, Water, Heat, Telecom Demographics Market Data

  8. Linked to customer locations,incidents, outage management, …

  9. Service Quality and Service Security

  10. Regional indicators: demand potentials

  11. Railway boundary: 22 €/m Railway: 290 €/m Access nodes Building: 800 €/m River: 8000 €/m Parcel: 80 €/m Parcel boundary: 60 €/m Agriculture: 45 €/m Agriculture boundary: 30 €/m Street: 220 €/m Distribution network planning

  12. Network design scenarios <

  13. Design implementation Cost: 3.739 m + 612 m 4.351 m 368.000 € + 612x52 € 399.000 €

  14. Geospatial Enterprise Integration …

  15. „Mega Trends“ • From documentation towards integrated information systems • Beyond the traditional ‚automation paradigm‘ • Leveraging of, and contributions to GeoInformation Infrastructures (SDI) • Real time / active control - LBS • From documentation towards integrated information systems • Beyond the traditional ‚automation paradigm‘ • Leveraging of, and contributions to GeoInformation Infrastructures (SDI) • Real time / active control - LBS

  16. Use of GI across “Information Communities” Natural Resources & Agriculture Business Logistics Government Utilities Network computing resources with OpenGIS interfaces Municipal Services Transportation Civil Engineering Cadastre

  17. s s s s kiosk kiosk s s t Services Directories Place Names NSDI Clearinghouse Government Documents GI-Infrastructure Businesses and Non-profit Organizations Citizens Government Users Internet User Interface Components Map Legend Map Display Service Selection Agent Results Panel Web Map Client Feature Client Gazetteer Client Clearinghouse Client LDAP Directory Client Document Search Client Driving Directions Client Software Interfaces Internet Information Resources as Services Framework Data Transportation GNIS Gazetteer Real Estate State

  18. Interfaces and Services Application Servers DCP Scenario 1 DCP Scenario 2 DCP Scenario 3 DCP Monolithic Geoprocessing System DCP Presentation (UI) Presentation (UI) DCP Presentation (UI) Applications (tools & applets) Presentation (UI) Applications Application Servers Application Application Servers Application Spatial Data Access Providers Spatial Data Access Providers Spatial Data Access Provider Proprietary Spatial Database Data: “Objects Everywhere” Generic Databases or Generic Data Stores Generic Databases Hardware platform and/or network services Hardware platform . . . toward distributed object computing

  19. GIS Implementationsin distributed environments .. Privacy XML Security SQL-2 J2EE IIOP e-commerce Wideband CORBA Internet Legacy XML SQL-MM J2ME UML UMTS COM IDL Objects .NET

  20. The march of science and technology does not imply growing intellectual complexity in the lives of most people. It often means the opposite. - Thomas Sowell

  21. Client complexity increases Client complexity decreases Client standardization decreases Client standardization increases Network requirements decrease Network requirements increase Storage capacity decreases Storage capacity increases Server complexity decreases Server complexity increases Client Visualization Visualization Visualization Visualization Visualization Geographic Geographic Geographic Geographic Analysis Analysis Analysis Analysis Geographic Alphanumeric Alphanumeric Alphanumeric Analysis Analysis Analysis Analysis Alphanumeric Alphanumeric Data Server Analysis Analysis Management Data Data Data Management Management Management

  22. SDI: Spatial Integrationof Information!

  23. Information Infrastructure • Positioning / Navigation • Mobile Communication GIS – Geo Information Society 

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