An overall vi

1. ARTEC (ResearchGroup) Advanced Research & Technological Expansion in Computer Graphics Dr. Pedro MorilloTena Instituto de Robótica (IRTIC) Universitat de València (UVEG)

2. Summary Introduction Presentation of the research group: ARTEC Human interaction metaphors 2D/3D Tracking Video-based interaction (AR) Marker / Markerless approach Sensing of real-word elements Conclusions

4. AUTISMO- Autism and Learning Difficulties Group

5. LISSIT-Intelligent Transportation Systems (ITS)

6. LSYM- Modeling and Simulation Laboratory

7. GSIC- Group of Information and Communication Systems

9. Main human interaction metaphors

10. Virtual Reality “Virtual Reality” involves the creation of a computer-generated world that a person can interact with in such a way that he or she believes that the virtual world is real Some snapshots of VR-based projects developed by ARTEC

11. Augmented Reality The “Augmented Reality” generates a composite view for the user that is the combination of the real scene viewed by the user and a virtual scene generated by the computer that augments the scene with additional information Project FTB: RA formación BMW (Bertolín)/Vodafone (Bonatel)

12. Basic input mechanisms for VR/AR Systems Mechanic Tracking Electromagnetic Ultrasounds Inertial systems Gyroscopes Localization (GPS ,etc) Optic/Infrared systems Marking/Markerless computer vision systems Sensing real elements (cabins, cockpits, levers, etc.)

13. Electromagnetic Tracking ENSISAM: Simulation environment for maritime rescue (FOREM-Andalucía –DECOM)

14. Electromagnetic Tracking INMER: Social integration for people with autism

15. 3D Tracking using infrareds&accelerometers Mirror Metaphor: Real-Time motion capture in a CAVE environment

16. 3D Tracking using infrareds&accelerometers BIOMIMO: Motion analysis for ergonomic purposes using Augmented Reality techniques

17. 3D Tracking using infrareds&accelerometers BIOMIMO: Motion analysis for ergonomic purposes using Augmented Reality techniques

18. 3D Tracking using infrareds&accelerometers Virtual Training Systems: PREVISOR, assembly of elements and driving of machinery in construction site environments

19. 3D Tracking using infrareds&accelerometers Virtual Training Systems: PREVISOR, assembly of elements and driving of machinery in construction site environments

20. 3D Tracking using infrareds&accelerometers Virtual Training Systems: ENSISAM II, collaborative training in processes for maritime rescue

21. 3D Tracking using infrareds&accelerometers Virtual Training Systems: ENSISAM II, collaborative training in processes for maritime rescue

22. 3D Tracking using infraredson screens Virtual Training Systems: processes for a safe manipulation of electrical panelboards

23. 3D Tracking using infraredson screens Virtual Training Systems: processes for a safe manipulation of electrical panelboards

24. 3D Tracking using infraredson screens Virtual Training Systems: Multitouch surface platform for general purposes

25. Video-based interaction. Using AR marks BIOMIMO II: Evaluation of virtual prototypes and control systems MoCap Data Input MoCap Critical Hardware Control Model Simulation of the IDEAL state (AugmentedReality) Visualization of the REAL state (Virtual Reality)

26. Video-based interaction. Using AR marks SUPERVISAR, ANGEL & SICURA-TUN: Training in action protocols using RA technologies

27. Video-based interaction. Using AR marks FASYS: Absolutely Safe and Healthy Factory. Security protocols using Augmented Reality Testing the FASYS system (TRW-Pamplona)

28. Video-based interaction. Markerless systems PictogramROOM: Using AR to enhance the communication skills in people with autism

29. Video-based interaction. Markerless systems FASYS: Absolutely Safe and Healthy Factory. Security protocols using Virtual Reality

30. Video-based interaction. Markerless systems Orange ARFS: PROMOTION OF CULTURAL AND HERITAGE TOURIMS: Augmenting the Sagrada Familia monument using mobile devices. Monitoring the evolution of the constructions works for the Sagrada Familia monument Combined Visualization: Real World + 3D Model 3D Model Recognition Process

31. Video-based interaction. Markerless systems Orange ARFS: PROMOTION OF CULTURAL AND HERITAGE TOURIMS: Augmenting the Sagrada Familia monument using mobile devices. Monitoring the evolution of the constructions works for the Sagrada Familia monument

32. Video-based interaction. Markerless systems 3DOrangeWorkd: 3D navigation using simulated accelerometers by real-time video analysis

33. Services offered trhoughIntennet INTELLIGENT EYE - Search server - Database - Classifier Internet (WebPages, videos, forms, etc.) On-line information of the business establishment Video-based interaction. Markerless systems Orange IntelligentEye: Urban navigation with contextual help using real-time image recognition Mobile Client Mobile Client Server

34. Interaction by sensing real-world objects Driving Simulation Systems: SIRCA, TUTOR, PREVISIM & SIAUTO

35. Interaction by sensing real-world objects PREVISIM:A collaborative simulator for traffic risk prevention

36. Interaction by sensing real-world objects Simulation systems oriented to increased the skills of crane operators: Stewart, Transtainer,..

37. Interaction by sensing real-world objects ESTRIBOR: Simulation system oriented to the operation of rescue boats

38. ARTEC (ResearchGroup) Advanced Research & Technological Expansion in Computer Graphics Dr. Pedro MorilloTena Instituto de Robótica (IRTIC) Universitat de València (UVEG)