2. Holographic Display
Holography is a technique which
enables three-dimensional images
to be made.
It involves the use of a laser,
interference, diffraction, light
intensity recording and suitable
illumination of the recording.
3. Scope of holographic display
in Future
SCREENLESS DISPLAYS – THE
EMERGING COMPUTER TECHNOLOGY
IBM predictions for 2015: Holographic cell
phones
Future wearable computer
Future of holographic computers
Some other Future Applications of
Holographic Technology
Implementation of holographic display
4.
5. SCREENLESS DISPLAYS – THE EMERGING
COMPUTER
TECHNOLOGY
Screen less display is the
present evolving technology in
the Field of the computer-
enhanced technologies.
It is going to be the one of the
greatest technological
development in the coming
future years .
6. IBM predictions for 2015: Holographic
cell phones:
By 2015, the world will
have moved on to
complete three-
dimensional
holographic displays.
And, they'll be
everywhere, including
hi-tech smart phones—
powered by static
electricity, or perhaps
by the very air itself.
7. Future wearable computers
User friendly
Easy to learn
Enhanced
communication
Used to complete
daily tasks
8. Future of holographic computers:
Future
LCD's are
expected to
be more
brighter
and whiter
due to
holographic
technology.
9. Implementation of holographic
display:
Improvement of
security.
this application
would do two
things.
be really
compelling from
a
communication
s point of view
also to be really
consistent
10. CONTROLLING CARS WITH
FACIAL EXPRESSION
A gadget that controls a car's functions using nods
and winks.
Nonverbal communication.
The radio functions, heating and cooling system
of the car and even a phone call can be dealt by
using the facial expressions and gestures.
11.
12. Wink - To turn the radio on and off.
Nod left - Turn the volume up.
Nod right - Turn the volume down.
Tap finger on steering wheel - Skip radio
channel or song.
Left hand up (above gear stick) - Turn the
heating on.
Left hand down (above gear stick) - Turn the air-
conditioning on.
Phone gesture - To make a call
19. Mind reading machine:
Introduction
1. Mind reading machine is a co-ordination
of human psychology and computer
techniques.
2. Some equipment's are used to gather
data and than analyzed.
3. To use those data for further prediction is
known as theory of mind reading machine.
20.
21. Neuroscience:
It deal with anatomy and molecular biology
of neurons.
A neuron is a nerve cell that is the basic
building block of nervous system. Neuron
are specialized to transmit information
throughout the body.
It is done by measuring Oxygen level of
blood using FNIRS.
25. TYPES
Abc touch featured concept of keyboard
Laser virtual keyboards
Touchboard
26. ABC TOUCH
KEYBOARD
Design by laroslav neliubov
Based on touch screen
Features
You can change the lay out,language and
pretty much any thing
It also features a DVD slot on the side
27.
28. LASER VIRTUAL
KEYBOARD
Also called projection keyboard
It has a processor and circuitry
Common wireless technology
No wires,switches,cable etc involved in
it
29. TOUCHBOARD
Design by “kong fanwen”
Button-less design and based on touch
screen
Easily type any thing
Touchboard instead of keyboard
31. INTRODUCTIO
N
Using a small prototype
transmitter (roughly the size of
a deck of cards) embedded
with a microchip, and a slightly
larger receiving device, the
researchers can transmit a pre-
programmed electronic
business card between two
people via a simple handshake.
What’s more, the prototype
allows data to be transmitted
from sender to receiver through
up to four touching bodies.
32. HOW PAN
WORKS
The natural salinity of
the human body makes
it an excellent conductor
of electrical current.
PAN technology takes
advantage of this
conductivity by creating
an external electric field
that passes an
incredibly tiny current
through the body, over
which data is carried.
33. WHY USE BODY TO TRANSMIT DATA:
That’s because other likely
approaches are not practical for
everyday use. For example,
wiring all these devices together
would be cumbersome and
constrictive to the user. Infra-red
communications of information,
used on TV remote controls,
requires direct lines of sight to be
effective. Radio frequencies
(such as those used with
automated car locks) could jam
or interfere with each other, or be
imprecise in crowded situations.