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2025-06-10 01:19:28 +05:30
2025-06-10 01:19:28 +05:30
2025-06-10 01:19:28 +05:30
2025-06-10 01:19:28 +05:30

Augmented and Virtual Reality (AVR)

This repository is a valuable resource for the Augmented and Virtual Reality course, containing notes, codes, handouts, write-ups, solved question papers, and previous year question papers. It supports course outcomes such as understanding AR/VR systems, describing interfaces, and analyzing interactions within virtual environments. The materials aim to enhance knowledge of AR/VR fundamentals, hardware and software components, and techniques for creating immersive applications, empowering users to engage with 3D worlds effectively.


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Index

Codes

  1. Practical 1
  2. Practical 2
  3. Practical 3
  4. Practical 4
  5. Practical 5
  6. Practical 6
  7. Practical 7
  8. Practical 8
  9. Practical 9
  10. Practical 10
  11. Practical 11
  12. Practical 12

Question Papers


Miscellaneous

-> Disclaimer: Please read the DISCLAIMER file for important information regarding the contents of this repository.

-> Note: Content such as codes, softcopies, write-ups and question papers is provided by us, i.e. our contributors. You are free to use this content however you wish, without any restrictions. Some of the notes and handouts have been provided by our professors, thus to use them for anything other than educational purposes, please contact them.

-> Maintained by:

-> Contributors:

  • Karan Salvi
  • Vishwas Gore

-> Repository icon from Icons8.

-> Motto:

Making information freely accessible to everyone.

-> Keywords:

SPPU, Savitribai Phule Pune University, Pune University, Computer Engineering, COMP, Third Year, TE, Semester 6, SEM-6, Augmented and Virtual Reality, AVR, ARVR, AR/VR, ARVR notes, ARVR codes, ARVR softcopy, ARVR code and output, ARVR write-up, ARVR question papers, ARVR PYQs


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Description
This repository is a valuable resource for the Augmented and Virtual Reality course, containing notes, codes, handouts, write-ups, solved question papers, and previous year question papers. It supports course outcomes such as understanding AR/VR systems, describing interfaces, and analyzing interactions within virtual environments. The materials aim to enhance knowledge of AR/VR fundamentals, hardware and software components, and techniques for creating immersive applications, empowering users to engage with 3D worlds effectively.
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