The document discusses the Oculus Rift virtual reality headset. It provides details on its components like the OLED display, integrated headphones, and positional tracking. It lists the system requirements needed to use the Rift and discusses its success due to factors like its open platform and hardware design control. Both advantages like realistic player motions and disadvantages like potential sickness are presented. Current applications in fields like medicine, architecture and education are highlighted along with ideas for the future like adding support for Linux and Mac OS.

1. OCULUS RIFT
Presented by K.Thanga Vaila(14CS80),III year CSE-B, Department of Computer Science and Engineering,
Sri Ramakrishna Institute of Technology

2. WHAT IS OCULUS RIFT?
• Virtual Reality Headset
• Oculus VR, Facebook inc.
• For Gamers By Gamers
“Step inside your favourite game”
• Next level of 3D gaming
• A truly immersive gaming experience

3. WHY OCULUS RIFT?
• Explore New World
• Change The Way You Think
• Specially For Video Games
• Brilliant Glimpse of Future Computing
• Available For Everyone

4. WHY OCULUS RIFT?
• Wide field of view
• High resolution display
• Ultra low latency head tracking
• Comfort
• Maximize immersion

5. RIFT COMPONENTS
• OLED Panel
• 1080x1200 resolution
• Refresh Rate-90Hz
• Integrated Headphones
• 6֯ degree of freedom rotational
• Positional tracking

6. SYSTEM REQUIREMENTS
• Intel Core i5-4590
• 8GB RAM
• AMD Radeon R9 290 or Nvidia GeForce GTX
970 graphics card
• HDMI 1.3 Output
• Three USB 3.0 ports
• Two USB 2.0 ports
• 64 bit versions

7. SUCCESS OF RIFT
• Open and Content Distribution platform
• End to End control of Hardware design
• A long promised Virtual Reality Headset
• Well made & Accessible Device
• Rated:8/10

8. ADVANTAGES OF RIFT
• Easy to use
• Players Motions are more Realistic
• Easy to apply in different industry
• Join any activity you want
• Travel abroad without leaving home

9. DISADVANTAGES
• Expensive($599)
• Isolating
• Simpler PC’s cannot use
• Virtual Reality sickness
• Collision with object of reality

10. CURRENT APPLICATIONS
• Medical
• Architecture
• Training and Education
• Military Purpose
• E-Commerce

11. FUTURE IDEAS
• Linux Support
• OSX(MAC OS) Support
• Reducing complex design
• Increasing resolution