2. Introduction - HoloLens
What is a hologram?
Augmented Reality
How does it works?
Inside the HoloLens
Technical Specification
Technology Used
Features
Advantages
Applications
Future Scope
Conclusion
References
3. First holographic computer running
on Windows 10.
It’s a smart glass headset completely untethered.
Microsoft HoloLens uses Augmented Reality (AR)
Technology helps to interact with holograms.
4.
5. A hologram is an object made entirely of light.
Holographic objects can be viewed from different angles and
distances, just like physical objects.
Hologram do not offer any physical resistance when touched
or pushed.
6. Virtual Reality tricks your eyes into thinking that you are
somewhere else.
Augmented Reality is a live direct or indirect view of a
physical, real-world environment
AR is an extra dimension over VR since it can show the real
world infront of the wearer with graphics overlayed.
7.
8.
9. Hardware:
Kinect
2 micro projectors
Battery
2 8.0 MP Camera
18 sensors which includes Gazing Sensors, Gesture
Recognition Sensors, etc.
2 stereo speakers with built in spatial sound.
Multi array Microphones
10. Software:
◦ HoloLens only works with Microsoft Windows 10.
◦ HoloBuilder (Minecraft)
◦ HoloStudio
◦ HoloNotes
◦ Specially Customized Skype
12. 1. Camera :
The depth camera has a field of vision that spans 120 by 120.
2. Computer :
It contain sensors,CPU, battery,GPU and HPU (holographic proceesing unit).
3. Lenses & Display :
Hololens has two displays.they are transparent.
To trick your brain into holographic images, light particles bounce around millions of
times in the so called light engine.
13. 4.Vent :
The device is more powerful than a laptop but don’t overheat.
5. Sensor:
Sensor track where the wearer is looking and adjust the display.
Motion sensor detect wearers movement.
The depth sensor can accurately map our environment and read our hand
gestures.
6.Buttons:
Allow you to adjust the volume and to control the contrast of the hologram
14. 1. CPU- Central Processing Unit
2. GPU- Graphical Processing Unit
3. HPU- Holographic Processing Unit
15.
16. Microsoft hololens has user interface
Then internal computer works on input command.
It has powerful sensors through which it can sense our every action.
Sensors sending data to the HPU.
For projection ,hololens use the HUE method with two nano projector and
semi transparent visor which reflect the image as light on users eye.
17. • Custom holographic processing
unit.
The HPU is custom silicon that processes a
large amount of data per second from the
sensors.
• Sensor fusion.
To capture information about what you're
doing and the environment you’re in.
18. • Power and grace
Containing more computing power than the
average laptop, Microsoft HoloLens is
passively cooled without fans.
• Advanced optics
Holographic high-definition lenses use an
advanced optical projection system, generating
multi-dimensional full-colored images.
19. • Built-in speakers
A precise audio experience without headphones that is immersive.
• Spatial sound
Microsoft HoloLens synthesizes sound.so that you can hear holograms from
anywhere in the room.
20. Sharing Instructions
Medical Field
Architects
Exploration
Skype Telecommunication
Design & Develop
Gaming
New Creations
Education
Robotics
21.
22.
23.
24.
25.
26.
27.
28.
29.
30. HoloLens Google glass
full-blown computer full-blown mobile device
Augmented Reality Virtual Reality
More Graphics Less
Works on both eyes Works with one eye
Requires Windows 10 and holo
studio
Requires Eclipse or Android Studio.
Price Unknown Price Flexibility
HPU is used ARM Cortex A9
31. No cords, no phones, no wires, no tethers.
Transparent lens and advanced sensors allow you to see your world and move
confidently in it.
Lightweight and adjustable to fit any adult head size.
Work and play comfortably.
Built-in spatial sound lets you hear holograms with pinpoint precision.
Next-generation technology enabled by Windows 10.
32. This application could even extend to the battlefield, where detailed medical
instructions could be given to untrained personnel.
Pin holograms to physical objects so user can size and scale them in each
angle and with gesture do all new creation.