Augmented reality (AR) overlays computer-generated images on top of real-world environments in real time. The document discusses AR, comparing it to virtual reality. It outlines the stages of an AR project: definition and differences between AR and VR, available AR devices and technologies/platforms, feeling and sensing applications in AR, and conclusions. Applications discussed include interior design, medical, education, retail apps like Lenskart, and games like Pokemon Go. Advantages include enriched content and experiences, while security and accuracy of location data are challenges.

1. AUGMENTED REALITY
Department of Electronics and communication engineering
UNDER THE GUIDANCE OF
Mr.A.M.GUNASEKHAR,M.E,MISTE.,
Associate Professor&HOD
Department of ECE
Presented By
D.BHARGAV
134C1A0416

2. Introduction:
AR provides a real time world environment and allows
the viewers to interact with live. This happens with the
help of various augmented factors such as audio, visual,
computer graphics and even global positioning input.
Augmented reality synchronizes the environment with
the graphical structure to provide an ultimate virtual
reality experience.

3. Stage 1
• Definition
• AR vs VR
Stage 2
• AR Devices
• AR Technologies And Platforms
Stage 3
• Feeling And Sensing
• Applications
Stage 4
• Conclusion

4. Stage1
• Definition
REAL VIRTUAL
AR

5. VR vs AR
Completely
Immersive
User
Can see the Real
world, with
virtual objects

6. Stage2
• AR Devices
↘ HMD’s
↘ SMART GLASSES
↘ GESTURE BASED SOLUTIONS

7. AR Technologies
And
Platforms
• Marker Based Tracking
• Marker Less Tracking
• Location Based Tracking
• Travel Guide

8. Marker Based

9. Marker Less

10. Location Based

11. Travel Guide

12. AR Platforms
• Eon Reality
• Hoppala
• Jaunt
• OnVert
• OpenHybrid
• String
• Total Immersion
• Vuforia

13. Step3
• Feeling And sensing
• Applications

16. Applications Examples
• Interior Design
• Medical Applications
• Education
• Lenskart
• Pokemon GO
• INK Hunter

17. Advantages
• Enriches Content
• Increases sales
• Decreases Hardware Cost
• Identification purpose
• Performance and accuracy
• Designing

18. Drawbacks
• Security
• Openness
• Uses Always GPS

19. • Conclusion
Human factors have been studied in order to know the information
representation in such a way that the users are able to distinguish
between what is real and what is virtual information. It describes the AR
technologies that are applied in medical, manufacturing, visualization,
entertainment and education applications.