Interoperable Simulation and Gaming Year 2
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Interoperable Simulation and Gaming Sprint Year 2 (Complete)
The OGC Interoperable Simulation and Gaming Year 2 Sprint advanced the use of relevant OGC and Khronos Group standards in the modeling, simulation, and training communities through capability development, compatibility testing, and gap analysis. Of particular interest was the use of glTF models, game engines, and 3rd-party mobile device libraries for the display and interaction with data using OGC APIs.
The primary non-OGC standard under consideration was glTF. The use of glTF was also successfully investigated in ISG Year 1 Sprint. 3rd-party display engines included not only Unity and Unreal Engine, but the ARCore and ARKit mobile device augmented reality libraries. These are demonstrated by the various participants through the OGC YouTube Playlist.
The Call for Participation (CFP) is Closed but remains available for review:
Hot Topics identified within the CFP are the following:
- How different formats such as CDB, glTF, OpenFlight, 3D Tiles, and I3S can be used most efficiently in a single environment;
- Where data processing burden would be placed best;
- How indoor and outdoor data can be visualized seamlessly;
- How aforementioned standards can be used with VR headsets;
- How aforementioned standards can be used within game engines (e.g., Unreal or Unity);
- How moving objects can be traced across different providers serving data in different formats
Background and Goal
The Interoperable Simulation and Gaming (ISG) Year 2 initiative will build on momentum established during the recently completed ISG Sprint (year 1), documented in the ISG Sprint Engineering Report. Additional results are demonstrated in this YouTube Playlist.
This OGC Innovation Program initiative will advance geospatial interoperability of systems exchanging 3D content. OGC is working with the Khronos Group and various OGC Working Groups to advance interoperability of 3D geospatial and computer graphics using OGC CDB, Khronos glTF, and related 3D standards. Prototyping work is advancing interoperability for Geospatial Intelligence (GEOINT) Processing, Exploitation, and Dissemination, as well as open standard interfaces critical to enabling novel combinations of emerging technologies to bridge Special Operations Forces (SOF) capability gaps.
Year 2 activities will focus more directly on CDB, building on recommendations of the rapid prototyping activities conducted during the SOFWERX 3D Geospatial Series Tech Sprint II – OGC CDB 2.0 (aka CDB X).