1. Augmented Reality (AR)
Nova Eka Diana
nova.diana@yarsi.ac.id
2013

2. Future Internet – Guide/Navigation
Courtesy Google Images MAC FUNAMIZU

3. Future Internet – Information Visualization
Courtesy Google Images

4. Future Internet – Healthcare
MAC FUNAMIZU

5. Future Internet – Virtual Shopping
MAC FUNAMIZU

6. Future Internet – Information Acquisition
MAC FUNAMIZU

7. Augmented Reality (AR) ?
Real World Virtual Reality
+
Courtesy
Google Images

9. Applications
Medicine
Manufacturing
Training
Architecture
Courtesy
Google Images

10. Applications: Medical
As a visualization and training aid for diagnosis or
education purpose
Enables the registered view of virtual data (a 3D CT
scan) with a video of the real anatomy of a patient
3D data: MRI, CT scan, ultrasound imaging, etc
mpeg AR

11. Applications: Medical (2)
mpeg AR

12. Applications: Medical (3)
Courtesy
Google Images

13. Applications: Manufacturing

14. Applications: Manufacturing (2)
Courtesy Google Images

15. Applications: Manufacturing (3)
Courtesy Youtube

16. Applications: Annotating Environment
Public and private information
Aid recognition
− Library, maps
− Mechanical parts
− Reminder notes
− Navigation and Spatial information access

17. Applications: Annotating Environment
Courtesy Google Images

18. Applications: Broadcast
Adding virtual content to live sports broadcasts
Courtesy Google Images

19. What is Mobile AR?
Wearable AR
− Wearable System
− Head Mounted Display (HMD)
− AR always in view
Handled AR
− Mobile phone (UMPC)
− Handled display
− Rapid access to AR view
Courtesy
Google Images

20. Evolution of Mobile AR

21. AR in the Beginning – Early Days
Separated from Virtual Reality research
Special, graphics oriented hardware (SGI)
Stationary setups
Mobility is not option
Courtesy
Google Images

22. AR in the Beginning – Moving to PC-
based setup
Similar power as before
Much less expensive
Easier to handle, program, maintain
Still stationary
Courtesy
Google Images

23. Mobile AR
Mobile PC-based setup
Powerful hardware
Continuity in software development
Courtesy
Google Images

24. Mobile AR: Outdoor System
Columbia University MARS
Touring machine (1997)

25. Mobile AR: Outdoor System
Columbia University MARS – Hardware
− Computer ( with 3D graphics acceleration)
− See-trough head-word display (with orientation tracker)
− GPS system
− Wireless network

26. Mobile AR: Outdoor System
Columbia University MARS – Hardware

27. AR Today – UMPC
Ultra Mobile PC (UMPC)
Small notebook style computers
Handled
Lots of sensors
Courtesy
Google Images

28. AR on Mobile Phones
Low cost, widely spread platform
− Billions of phones deployed
− People know how to use them
− Strong demand from commercial side
− Huge chance for AR
Target practical applications
− Easy to use
− Quality graphics
− Robust tracking
− 15-30 Hz overall frame time
Courtesy
Google Images

29. Top 10 AR Mobile Devices
10. PDAs (Personal Digital Assistant)
9. UMPC (Ultra Mobile PC)

30. Top 10 AR Mobile Devices
8. Smart Phones
9. iPhones

31. Top 10 AR Mobile Devices
8. Smart Phones
7. iPhones

32. Top 10 AR Mobile Devices
6. Handled Game Devices (PSP, Gizmondo, Nintendo PS)
5. Nokia Phones (N series)

33. Top 10 AR Mobile Devices
4. MID (Mobile Internet Devices)
3. Looking glass

34. Top 10 AR Mobile Devices
2. Glasses
1. Contact Lens

35. The Future of AR