Cross-Community Interoperability
OWS-8 Cross-Community Interoperability
The OWS-8 CCI thread seeks to increase interoperability within communities sharing geospatial data, including advancing of interoperability among heterogeneous data models, advancing strategies to share map symbology styles, improvement of KML, and advancing schema automation, allowing communities to better share their information artifacts.
These are the main task areas:
- Advancement of semantic mediation approaches to query and use data based on multiple different data models, which are available via OGC Web Feature Service.
- Advancement of the use of style registries and styling services.
- Advancement of the use of OGC KML.
- Advancement of the use of Unified Markup Language (UML) and Object Control Language (OCL) for Schema Automation on Domain Models.
OWS-8 CCI Objectives
- Semantics Mediation
- - Investigate, evaluate, and demonstrate the benefit of semantic mediation approaches (e.g. ontologies, mappings, SPARQL) to query and use data, based on different data models, made available via OGC Web Feature Services
- Portrayal
- - Investigate, evaluate, and demonstrate the use portrayal registries for KML, SLD and/or SE.
- - Advance KML encoding support for different styles per feature type.
- - Advance KML encoding to support layers.
- - Add KML support for child elements in a BalloonStyle to specify, for example, styles and scripts.
- Schema Automation
- - Enhance the ShapeChange tool to support ISO 19139 UML/OCL-to-XML application schema encoding rules to include metadata profiles (both restriction and extension).
- - Develop UML/OCL-to-XML application schema encoding rules for the family of Sensor Web Enablement (SWE) standards Develop UML/OCL-to-XML application schema encoding rules for the family of Sensor Web Enablement (SWE) standards.
- - Implement ShapeChange support for formal rules to create corresponding XSD-based schemas from UML/OCL-specified SWE domain models.
OWS-8 EO Coverages Engineering Reports
These Engineering Reports are publicly available, see the Deliverables Page of this website.
| OGC Doc# | Document Title | Author(s) |
|---|---|---|
11-063r6 |
Gobe Hobona, Roger Brackin |
|
11-062r2 |
David Burggraf, Ron Lake |
|
11-064r3 |
Clemens Portele |
|
11-042 |
Clemens Portele (ii) |
OWS-8 CCI Component Deliverables
Most component deliverables are prototypes, not available for commercial use. These will all be maintained for at least a few months after the testbed. Contact the relevant participant organization or OGC staff if questions.
| Deliverable | Lead |
|---|---|
| OGC mediation Service (OMS) | Luciad |
| SPARQL server for knowledge base | Envitia |
| WFS for datasets from NGA | interactive instruments |
| WFS for datasets from USGS | CubeWerx |
| Clients for mediation & portrayal: SLD, SE, KML | Compusult |
| CSW ebRIM for Portrayal Registry | Carmenta |
| CSW ebRIM for semantic mediation | Compusult |
| FPS for SE, KML | Carmenta |
| ShapeChange enhancements | interactive instruments |
OWS-8 CCI Scenario

- Emergency response: Earthquake in Monterey Bay, California.
- A VIP needs to be evacuated.
- Two primary users:
- - California National Guard, Sacramento HQ (state-level emergency command center)
- - Monterey Field Operations Center (first-responders coordination)
- They interact to find the best possible plan of action

- Two sources of data:
- - NGA Local Topographic Data Store (LTDS or TDS)
- military symbology - - USGS The National Map (TNM)
- civilian symbology
- - NGA Local Topographic Data Store (LTDS or TDS)
CCI Architecture
This diagram shows the main components and interactions developed. The thread overview video provides context and examples of how this architecture was used.
CCI Schema Automation for Semantics Support
To facilitate model-based development, interactive instruments (Germany) adapted their ShapeChange tool for UML-to-XML schema automation, to ease development of semantics, portrayal, and GML application schema, subject to domain-specific constraints.
Click on an video link to launch a video player window. The video may be expanded to fullscreen from the player window.

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