Think touch screens are cool ? what about touch skin screens?

3. Introduction
What is skin-put
How it is work
Principle of skin-put
Advantages
Disadvantages
Applications
Conclusion

4. Skin put is an input technology that uses bio-acoustic
sensing to localize finger taps on the skin.
Skin put is a sensor system.
Developed by Chris Harrison (Mellon University),
Microsoft research.
Reduce gizmo accessories and multiple gadgets.
Skin put is named because it uses the Human skin.

5. Giving input through
skin.
It listen to vibrations
in our body.
Skin put uses a series
of sensors to track
where a user taps on
his arm.
The arm is an
instrument.
Turns the body into a
touch-screen interface.
Provide an always
available mobile input
system.

6. Component employed in Skin-put:
Bluetooth
Bio-Acoustics and SensorsPico-Projector:

7. There are Three main part used for Skin-put.
Bio-Acoustics and Sensors: It’s the armband sensing element that
captures the various sort of the vibrations once users faucet their fingers
at the skin surface.
Bluetooth: It’s used to connect the Bio-Acoustic sensing element for
mobile in order so that information will be transferred to many being
controlled devices like mobile, iPod or laptop.
Pico-Projector: Pico-Projector is employed as Output device that show
menu. It’s employed in mobile and camera to show the project.

8. The operating of this Skin-put Technology depends on the show
and detects principle that uses all 3 parts to produce the result.
Human Body as Show:

9. Once a user faucets on skin surface then Armband Bio-Acoustics
sensing element detects the activated or touched part of the
skin surface by measure the sound frequency variations in body
density, size, mass and impact of sentimental tissues and joints.
These variations are then reborn into a digital signal kind.
STEP-1

10. Currently a wireless property technology Bluetooth is employed
to attach the Armband Bio-Acoustics sensing element to Mobile,
iPod and computers in order that the data/command will be
transmitted to those devices that are being controlled. For this
software system that matches the sound frequencies of a
particular skin surface location is employed. Different
corresponding operations are distributed within the device to
produce the result.
STEP-2

11. The final step involves the purpose of the show. A Pico-projector is
employed during this step as output shows devices operating as a
projector to show the menu. This sort of the projectors is
employed in mobiles and cameras to show the project.
STEP-3

12. It listens to vibrations in your body.
Skin-put also responds to the various hands gestures .
The arm is an instrument.
Aram band detects the acoustic signals and
convert them to electronic signals which easily
enable the users to perform simple tasks as
browsing through a mobile phone menu,
controlling portable music player, etc……….

13. Don’t need
any
Keyboard.
Provide
interactive
play
expertise.
Provide
straightforward
navigation by
providing giant
buttons.
Arm acts as
an
Instrument. Respond to
numerous
Hand
Gestures.
Easy to
access in
absence of
Mobile.
Don’t need
any
Keyword.

14. Visibility
downside to
the person
having tattoos
on its skin.
It will cause
the folks to be
socially
distracted.
Provide solely
five buttons.
Body mass
index can scale
back the
accuracy.
Arm band is
large.

15. iPods gaming
browsing mobiles

16. This technology is extremely effective to solid mobile devices.
The figure is that the good place for its input as a result of
we’ve got a pair of meter expanse and might simply operate
it with hand even within the movement of the body.