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VR/AR introduction & state-of-the-art VR/AR prototyping
The document discusses the evolution and current applications of AR and VR technologies across various industries, highlighting investments, collaborative design processes, and innovative prototyping tools. Key examples include the use of VR in the automotive industry for cost reduction and enhanced communication, as well as AR's role in job training and remote assistance. The focus is on the integration of virtual and physical realities and the potential future developments in immersive technology.
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VR/AR introduction & state-of-the-art VR/AR prototyping
- 1. VR FUTURE A bird's-eyeview NASA 1985
- 2. 1. HISTORY INTHE MAKING 2. VALUE ACROSS THE ENTERPRISE TODAY 3. DAWN OF THE NEW EVERYTHING
- 3. 1. HISTORY INTHE MAKING
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- 7. ONE SUPER-HYPED STARTUP MAGICLEAP $1.4B
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- 9. 2. VALUE ACROSS THE ENTERPRISE TODAY
- 10. DESIGN Digital design review Collaborativedesign review Fast product & component lookupNVIDIA Holodeck
- 11. MANUFACTURE Maintenance work instructions Assembly& process work instructions Machine setup and changeover instructionsBOSCH AR Platform
- 12. SELL & MARKET Productvisualisation & demonstration Augmented brand experience AUDI & ZEROLIGHT
- 13. TRAIN Job-specific training Remote expertinstructionWALMART & STRIVR Black Friday simulator
- 14. SERVICE Augmented procedural guidance Serviceinspection & verification Remote expert guidance Augmented parts identificationMICROSOFT Remote assist
- 15. DHL Order picking OPERATE& LOGISTICS Operator manual & work instructions
- 16. COLLABORATIVE ROBOTS ORCOBOTS FESTO's Bionic cobot
- 17. BRINGING CAD DATATO LIFE UNITY buys PiXYZ
- 18. 3. DAWN OFTHE NEW EVERYTHING
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- 21. APPLE Concept designbased on patent APPLE'S INTEREST IN AR- RELATED TECH
- 22. VERILY Smart lensprogram
- 23. HYPERREALITY Where physical andvirtual realities have merged
- 24. TESLASUIT.IO NEW LEVELS OFIMMERSION
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- 26. DIGITAL TWIN GE Globalresearch
- 27. THE INTERNET OFPLACES: AR CLOUD Multiverse
- 28. XR PROTOTYPING The newprototype is immersive Autodesk Fusion 360
- 29. 1. NEW WAYOF PROTOTYPING 2. VIRTUAL WORLD OF POSSIBILITIES 3. COLLABORATING IN VR 4. USE CASE EXAMPLE
- 30. 1. NEW WAYOF PROTOTYPING
- 31. VR IN AUTOMOTIVEINDUSTRY Time Rentability With VR Reduction Conception cost 20% Time savings 30% Higher maturity Improov, Measuring the benefits of VR Without VR
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- 33. 2. VIRTUAL WORLD OF POSSIBILITIES
- 34. Sketch to VR MOVINGFROM 2D TO 3D How can we see our designs in 360˙ when our tools are flat?
- 35. Adobe Aero MANIPULATE DESIGNSIN PHYSICAL SPACES Create AR content using popular tools such as Photoshop.
- 36. Google VR Blocks PROTOTYPINGTHE BASICS Enable VR users to create, share, and modify 3D objects quickly and easily.
- 37. SketchBox SEARCHING FOR NEW PROTOTYPINGSTANDARDS Design prototyping tools crafted for augmented and virtual reality without code.
- 38. Unity3D VR editor REALTIMEEDITING THE DIGITAL WORLD Developers edit levels in VR, allowing real-time collaboration with other developers from across the globe.
- 39. Apple ARkit MIXING TRADITIONAL PROTOTYPINGTECHNIQUES How low-tech traditional prototyping techniques can help you validate and refine your AR app and game design ideas.
- 40. Microsoft maquette ITERATE SPATIALIDEAS QUICKLY IN 3D SPACE Microsoft's internal tool is getting productised to empower designers exploring mixed reality in the medium itself.
- 41. IrisVR DIGITAL PROTOTYPING OFPHYSICAL SPACES Investigate the potential applications of VR in architecture and design.
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- 43. Improov VR TELECONFERENCING FOR CADTEAMS Gather all the stakeholders of your project in the same VR workspace.
- 44. Rumii IMMERSIVE OFFICE Loading 3Dmodels, use a 2D whiteboard, share your screen or files.
- 45. Nvidia Holodeck COLLABORATION IN HIGH FIDELITY Build and explore creations in a highly realistic, collaborative, and physically simulated VR environment.
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- 47. LogiX EVEN COLLABORATIVE VISUALPROGRAMMING A way to visually represent objects, actions, properties etc.
- 48. 4. USE CASEEXAMPLE
- 50. VR IN ANEARLY PHASE OF A380 DEVELOPMENT • maintainability investigations with design changes before production • installation studies (design changes as result) • ergonomic analysis (e.g. oxygen boxes) • cabin-layout presentations • functional tutorials for cabin crew • engineering reviews (CFG and internal) OVER 450 INVESTIGATIONS WITH MEANS OF VR: 80% AFFECTED BY DESIGN CHANGES
- 51. SO WHAT AREYOU PROTOTYPING? daeresearch@howest.be