3D-Visualisierung im Internet

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1 3D-Visualisierung im Internet mit XML3D Philipp Slusallek Kristian Sons German Research Center for Artificial Intelligence (DFKI) FB Agenten und Simulierte Realität Intel Visual Computing Institute Saarland University Saarbrücken, Germany

2 Computer Science at the Saarland Campus Multimodal Computing and Interaction CISPA Center for IT Security, Privacy & Accountability

3 Overview 3D-Internet and XML3D Selected Application at DFKI 3D Internet in the Future Internet PPP How can XML3D help YOU?

4 XML3D: Interactive 3D Graphics for the Web <html <body> <xml3d id = world1 style = "width: 1000px; height: 500px; >... <group id = "shape_d1" shader = "#s_d1 ondblclick = "triggermenu(event); capture_record(event)"> <mesh type = "triangles" id = "m_mesh > <data> <float3 name= position > </float3> </mesh> </group> </xml3d> </body> </html>.

Service-Oriented Application Platform External Services Rendering Services Application Logic PLM/PDM Systems CAE/CAX Systems Simulation Systems (Matlab Simulink u.a.) AI Engines I/O Devices & Sensors (Tracking, MT, 6 DOF) High-Performance Web Services Geo Services Service Interfaces, Web Services, KIARA + RESTful, SOAP, etc.

5 Service-Oriented Application Platform External Services Rendering Services Application Logic PLM/PDM Systems CAE/CAX Systems Simulation Systems (Matlab Simulink u.a.) AI Engines I/O Devices & Sensors (Tracking, MT, 6 DOF) High-Performance Web Services Geo Services Service Interfaces, Web Services, KIARA + RESTful, SOAP, etc. Local Rendering Server-based Rendering Hybrid Rendering XML3D Web-Browser Display and Interaction Display Walls VR-Systems Mobile Devices JavaScript, XML3D, CSS Application Logic Event Handling User Interfaces Real-Time Synchronization Object Properties, Kinematics, Collision Semantics Virtual Characters Multimedia

6 Cultural Heritage

7 Urban Management and Planning

8 Example View Directly generated from OpenStreetMap Fully interactive Full Semantics Basis for Mashups

9 Simple Mashup in OSM-3D

10 InSitu Project Online Training of Emergency Response Teams Interactive planning and monitoring of scenarios Immersive and Internet-based training 10

11 EU Future Internet Program Large Integration Activity of the EU (600 M ) Move from TCP/IP to services-oriented architecture Create comprehensive and consistent set of services 5-year duration ( ) Prototype for more EU PPP projects Combine and systematically integrate existing results New approach to include SMEs

12 EU Future Internet Program

13 EU Future Internet Program Innovation: Led by industry driven by users Consists of Core Project (FI-WARE): Generic Enabler Chapters: Cloud, Data, I2ND, IoT, Application, Security, MiWi MiWi: Advanced Middleware and Web-Based UI Use-Case Projects FINESCE, FI-STAR, FI-Space, FITMAN, FI-Content FI-Content: Pervasive Games & Virtual Environments Cloud Capacity XIFI (Cloud Data/Compute Center), FI-LAB FI-LAB: Freely accessible FI-PPP cloud resources Everything will be Open Source & Open Data

14 MiWi Generic Enabler Client Core GE XML3D Basic daclarative and interactive 3D graphics in HTML5 Xflow Dynamic computing (animation, AR, image processing, ) HW-Acceleration Efficient use of GPUs (GLSL, WebCL, Parallel-JS, asm.js, ) Server Core GE Synchronization Enables Shared Virtual Worlds Real-time distribution of updates between clients

15 MiWi Generic Enabler Supporting Services Cloud Rendering GE Support for thin clients through processing the cloud Display as a Service GE Connect virtualized displays via the network 2D-3D-Capture GE Capture 2D image/video & other data, 3D reconstruction service GIS Data Provider GE Integrate GIS Data (OGC W3DS with XML3D) POI Data Provider GE Enhanced POI data, including 3D models, AR tracking, etc.

16 MiWi Generic Enabler Application-Oriented Services Augmented Reality GE Allow real-time registration of 3D models with the real world Real-Virtual-Interaction GE Enable visualization and interaction with the real world Virtual Character GE Enable the inclusion of animated virtual 3D characters Interface Editor GE Allow real-time interactive editing of 3D scenes

17 EU Future Internet Program Why is this interesting to GIS/GEO community? Consistent set of services for client & server High-quality reference implementations (Open Source) Uses existing standards where possible Supported and maintained SW platform Targeting of self-sustainable ecosystem (Phase-III)

18 EU Future Internet Program How can you get involved directly? Proposal to Open Calls of Use-Case projects 5x 1.3 M, FI-Content: Jan 8th Open Call of Technology Foundation project 2.3 M, sometime in 2014 Phase-III Open Calls Targeting SMEs and Web Entrepreneurs Total of 100 M ( k per company) Standardization W3C Community Group Declarative 3D on the Web

19 How Can YOU Use This 3D-Internet Technology? Check out FI-WARE Generic Enabler XML3D source is already freely available on GitHub Other GEs will be available on FI-LAB Documentation available soon Automatic Cloud provisioning early 2014 Check out FI-Content Specific Enabler Will be freely available at SEs will be freely accessible on FI-LAB Documentation, implementation & cloud deployment

20 Conclusions 3D-Internet with XML3D Being well established in research and industry via FI-PPP E.g.: Disney, BMW, CyberLighting, SMEs, Interactive 3D graphics in HTML-5 Reuses Web technology, easily usable by Web designers Support for fully dynamic 3D scenes AR, animation, image processing, virtual characters, Tools becoming freely available in the Cloud Basis for broad support and business models Setting up a sustainable ecosystem & standardization Documentation, SW, apps, support, training,

3D on the Web Why We Need Declarative 3D Arguments for an W3C Incubator Group

3D on the Web Why We Need Declarative 3D Arguments for an W3C Incubator Group Philipp Slusallek Johannes Behr Kristian Sons German Research Center for Artificial Intelligence (DFKI) Intel Visual Computing