09 August 2015 © ifgi 1 Integration of a Spatial Data Infrastructure into an e-learning environment GI-Tage, Münster 06-27-2002 Ingo Simonis Stephan Merten.

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Presentation transcript:

09 August 2015 © ifgi 1 Integration of a Spatial Data Infrastructure into an e-learning environment GI-Tage, Münster Ingo Simonis Stephan Merten Institute for Geoinformatics University of Münster, Germany

09 August 2015 © ifgi 2 geoinformation.net BMBF (FMER) funded project 2 ½ years Ends 12/2003 Partners University Bonn University Karlsruhe University Munich (2x) University Potsdam

09 August 2015 © ifgi 3 Goal: Development of a e-learning environment e-learning modules (all) geo-algorithms editor (Bonn) SDI-portal (Münster)

09 August 2015 © ifgi 4

09 August 2015 © ifgi 5

09 August 2015 © ifgi 6 Driving forces Encourage “active learning” Data availability for lectures Different formats, different CS Spatial Data Infrastructure

09 August 2015 © ifgi 7

09 August 2015 © ifgi 8 Mapping Services Raster- data Oracle WCS WMS ArcSDE WMS

09 August 2015 © ifgi 9 Feature Services Oracle WFS ArcSDE Geographic Markup Language (GML 2.1) GML

09 August 2015 © ifgi 10 Catalog Services Oracle Catalog/ WRS ArcSDE Metadata for services and data FGDC/ISO service chaining service plug-and- play

09 August 2015 © ifgi 11 Open GIS Consortium International consortium of well-known GIS-, OS-, DBMS –providers, developers, and users (ESRI, SICAD, SUN, MS, Oracle, Informix, etc.) non profit, founded in 1994 Close cooperation with ISO worldwide leadership at description of interoperable GIS Availability of spatial data through SDI Approach: Interoperability of services based on interface specifications

09 August 2015 © ifgi 12 Architecture Part 1 (Spatial)-DB RegistryWMS WFS WCS http

09 August 2015 © ifgi 13 GI-Software at German Universities expertise on COTS rather than SCOTS based on ESRI educational programs

09 August 2015 © ifgi 14 Architecture Part 2 (Spatial)-DB ArcSDE ArcIMS ArcPad ArcGIS ArcExplorer

09 August 2015 © ifgi 15 GI-Software at German Universities expertise on COTS rather than SCOTS based on ESRI educational programs two phase development COTS  working environment SCOTS  gaining experiences

09 August 2015 © ifgi 16 Architecture Part 3 (Spatial)-DB ArcSDE ArcIMS RegistryWMS WFS ArcPad WCS ArcGIS http ArcExplorer

09 August 2015 © ifgi 17 Academic vs. commercial SDI case study search for suitable data: meta data: SCOTS: ISO (core) COTS: FGDC / ISO minimal capacities to pay attention on automatic mapping required leads to a simplified and adapted meta data subset (based on ISO 19115)

09 August 2015 © ifgi 18 Academic vs. commercial SDI Catalog responses and needs in class Response: URI of a shape file Exploring capacities No standardized way to feed a shape file to a WMS

09 August 2015 © ifgi 19 Academic vs. commercial SDI data access WFS: usability of GML encoded data Visualization aspects how to visualize arbitrary data? WMS -SLD a first solution Map manipulation? SMS = discussion paper  follow every spec?

09 August 2015 © ifgi 20 Academic vs. commercial SDI data processing COTS: lots of processing functionality SCOTS?  web based GIS?

09 August 2015 © ifgi 21 Summary I Turnover rates at universities ArcIMS: 300+ pages manual Continuity necessary Financial aspects Commercial model conceivable: Self-financing by participating universities Integration of new technologies

09 August 2015 © ifgi 22 Summary II Standardized infrastructures do not fulfill the daily needs entirely COTS products still needed New services allow integration of simulation models into SDIs SDI main role: Data acquisition Things will change when more processing capacity will be available as services

09 August 2015 © ifgi 23 Thank you!