12. Augmentation Wearable | Spatial | Hand Held | Projection Based | Future [Steve Mann ’81 MIT, VuMan: CMU ’91, Thad Starner: MIT ‘92] HandSCAPE Computational Reconstructive Sys. [Jay Lee, Victor Su, Sandia Ren | ACM CHI 2000, 2001, ACM SIGGRAPH 1999]
13. Augmentation Wearable | Spatial | Hand Held | Projection Based | Future Wearable Computing Fashion Show KOEX, 2007.11.30
14. Augmentation Wearable | Spatial | Hand Held | Projection Based | Future [Schwald, et al. A Flexible Tracking Concept Applied to Medical Scenarios Using an AR Window, In proceedings of International Symposium on Mixed and Augmented Reality, 2002] [Bimber, et al. The Virtual Showcase, IEEE Computer Graphics and Applications, 2001] [Laser Magic Production www.laser-magic.com ]
15. Augmentation Wearable | Spatial | Hand Held | Projection Based | Future [Stetten, et al. Real Time Tomographic Reflection, In Proceedings of IEEE/ACM on Augmented Reality, 2001] [Wagner, et al. First steps towards handheld augmented reality, In proceedings of International Conference on Wearable Computers, 2002] [Moehring, et al. Video See-Through and Optical Tracking with Consumer Cell Phones, In proceedings of International Symposium on Augmented and Mixed Reality, 2004]
16. Augmentation Wearable | Spatial | Hand Held | Projection Based | Future Extruded Windows Image Extended [Jay Lee, Bill Keays | Interaction 2001, Fourth Biennale of The World Forum for Media and Culture]
17. Data LiFT Hybrid Navigation Augmentation Wearable | Spatial | Hand Held | Projection Based | Future [Jay Lee, Brygg Ullmer | Inter-design Workshop 1999] [Bimber, et al | Superimposing Pictorial Artwork with Projected Imagery, IEEE Multimedia, 2005]
18. Augmentation Wearable | Spatial | Hand Held | Projection Based | Future OLED [Pierre Wellner ‘93]
19. Augmentation Marker based Video See-Through AR Gaming
In computing, user interface consist of the graphical design (GUI), the commands, prompts, and other devices that enable a user to interact with a program.
Ballistic trajectories can take someone with a hand calculator twenty hours to compute. The Bush differential analyzer reduced this time down to fifteen minutes. The ENIAC could do it in thirty seconds
Ballistic trajectories can take someone with a hand calculator twenty hours to compute. The Bush differential analyzer reduced this time down to fifteen minutes. The ENIAC could do it in thirty seconds
Standing translucent viewing screen magnify super-microfilm filed by code number. At lesft is a mechanism which automatically photographs hand written notes, pictures, and letters, then files them in the electrical storage