presnetation on skinput technology

THE HUMAN ARM AS TOUCH SCREEN

SKINPUT TECHNOLOGY

01:27:15 AM

1

Aravind Kumar 01:27:15 AM

Aravind kumar.D

095R1A0409

ECE

aravindemc2@gmail.com

APEX ENGINEERING COLLEGE(Affiliated to JNTU & Approved by A.I.C.T.E New Delhi)

Warangal - 506 331, Andhra Pradesh, India

Introduction to SKINPUT

01:27:15 AMAravind kumar

2

Skinput turns our body into touch screen interface.

Thus we can use our own skin as input canvas.

This technology uses the screen as the tracking surface or the unique input device

What is Skinput

01:27:15 AMAravind kumar

3

Giving input through skin.

It was developed by Chris Harrison ( Carnegie Mellon University), Microsoft Research.

Skinput turns skin into a touch screen interface.

Touch Screen vs. Skinput Technology

01:27:15 AMAravind kumar

4

A touch screen is an electronic visual display that can detect the presence and location of a touch within the display area.

Needs visual assistance.

• Turns our skin into touch screen.

• Visual assistance is not needed.

Principle of Skinput

01:27:16 AMAravind kumar

5

It listens to the vibrations in the body.

Skinput also responds to various hand gestures.

The arm itself is an instrument.

How it works

01:27:16 AMAravind kumar

6

• It needs Bluetooth connection.

• It uses a microchip-sized Pico projector to display menu.

• An acoustic detector to detect sound vibrations.

Skin Interface

01:27:16 AMAravind kumar

7

The three input location sets evaluated in the study.

Waves Generated

01:27:16 AMAravind kumar

8

FIG: Transverse wave propagation: Finger impacts displace the skin, creating transverse

waves (ripples). The sensor is activated as the wave passes underneath it. 

FIG: Longitudinal wave propagation: Finger impacts create longitudinal (compressive) waves that cause internal skeletal structures to vibrate. This, in turn, creates longitudinal waves that

emanate outwards from the bone (along its entire length) toward the skin.

Wearable Arm Band

01:27:16 AMAravind kumar

9

Fig: A wearable, bio-acoustic sensing array built intoan armband.

Fig: Prototype armband.

Advantages

01:27:17 AMAravind kumar

10

No need to interact with the gadget directly.

No need to worry about keypad.

People with larger fingers get trouble in navigating tiny buttons and keyboards on mobile phones. With Skinput that problem disappears.

Skinput will bring in a new way of operating a mobile phone, by turning a persons hand into a keyboard and forearm into a screen.

Applications

01:27:17 AMAravind kumar

11

I pods

Gaming

Mobile

Simple browser systems

Conclusion

01:27:17 AMAravind kumar

12

Skinput technology provides an always available mobile input system that does not require a user to carry or pick up a device.

Using skinput technology, human body can be appropriated as an input surface to any of the devices ,system performs very well for a series of gestures, even when the body is in motion.

Microsoft.comwikipedia.comsciencedaily.comScribd.com

References

Seminarsonly.com

techtv.mit.edu

Seminars4you.info

uiuc.edu

photonics.com

news.softpedia.com

Aravind Kumar

Thank you...

14

ANY QUERIES

?

ARAVIND KUMAR.D

095R1A0409

ECE

aravindemc2@gmail.co

m