Title: Aucun titre de diapositive
1Nature-GIS / Early Prototype
niko.vanraes_at_ionicsoft.com Nature-GIS
Conference / La Coruna - Spain / 24th June 2003
2Summary
- Goals of the Early Prototype
- Use cases and use case selection
- The scenario
- The architecture
- Conclusions
- Next Steps
3Goals of the early prototype
- - Set up the kernel of the Nature-GIS Network
(WMS and WFS webservices on Nature related
data) - - Test and prove the usability of such an
infrastructure by creating a web application
implementing a real life use case - - Provide a demonstration for dissemination
- - Demonstrate some INSPIRE Principles
- Data should be collected once and maintained at
the level where this can be done most effectively - It should be possible to combine seamless spatial
information from different sources across Europe
and share it between many users and applications - It should be possible for information collected
at one level to be shared between all the
different levels, detailed for detailed
investigations, general for strategic purposes - Geographic data should become easy to understand
and interpret because it can be visualised within
the appropriate context selected in a
user-friendly way
4Use cases
- - Have a first input before the results of the
questionnaire survey - - Volunteers with domain expertise provided a
real life scenario - - Seven use cases (University of Lulea, JRC,
Regione Piemonte, Cemagref, GISIG, territorium
online, University of West Hungary, ) - - From Local to Regional and European use case
- - Different kinds of use cases - Planning,
Management, Survey, etc.
5The use case handle complaints on protected
areas
Citizens
UE Parliament
Complaint
DG-ENV
Other Nature Parks ?Nature2000, LIFE ?Other
complaints ?Etc...
Report
6The Architecture - Data Web Services
- Complaints Database (fictive)
- Transactional Web Feature Server
- Natura 2000 sites
- Web Feature Server
- Due to legal constraints - Currently only the
centroïds
- Transportation (roads, railway, waterways)
- Web Feature Server
7The Architecture - Data Web Services
- Administrative Boundaries (Belgian
Administrative entities and NUTS regions) - Web Feature Server
- CORINE Land Cover
- Web Feature Server
- Image servers Walloon Region OrthoImagery
(PPNC), Image2000 (LandSat) - Web Map Server
Your WMS/WFS
8Infrastructure
Application
OGC WebServices - OGC Interoperable Bus
WMS
WMS
WMS
WMS
WMS
Portrayal
Portrayal
Portrayal
Portrayal
Portrayal
WFS
WFS
WFS
WFS
WFS
WFS
WMS
WMS
GazetteerDatabase
Complaints
Natura Sites
Corine land Cover
Admin Boundaries
Transportation
Image2000
PPNC
JRC
JRC
JRC
IONIC
IONIC
IONIC
JRC IONIC
IONIC
9General Functionality
Servers
Layer Management
Navigation functionality
Gazetteer Service
10The Architecture - Workflow
- Chaining of know web services via a Workflow
- UML Modelling
- Transformation to executable code
- Including the services into an application
- The user is guided throughout the process
- General Functionality is always available when
viewing maps
11Demonstration
12Conclusions
- Standards in action - Interoperable SDI
- - Web Map Server
- - Web Feature Server
- - Portrayal
- - Transactions
- - Filters Spatial Filters (search nearest,
intersect, etc.) - - Gazetteer
- - General functionality ? Data Portal / Access
Services - - Specific Functionality ? Workflow/Service
Chaining - ? Enables Nature thematic network with
required service/functionality
13Next Steps...
- - Refine scenario get some input from people
involved in the real life case - - Get feedback from Nature-GIS partners
- - Get better datasets (the polygons for natura
2000 sites), etc. - - move web services to JRC and other participants
or stakeholders
14Next Steps...
- Adopt GML based Nature-GIS data model as an
extension of existing data models (natura2000, )
- metadata / registry / catalogue - use
return from this experience in the technical
guidelines
15Thank you for your attention
Stay tuned on www.ionicsoft.com
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