Upcomming technologies

GROUP LEADER:SYED MUNTAZIR
MEHDI
MEMBERS:
 Muneeb Qazi
 Hammad bin Qasim
 Imran Sattar
 Mohammad Bilal
 Nabeel Malik
 Murtaza Hamid

UPCOMING COMPUTING
TECHNOLOGIES

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.

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

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 .
 The main aim of displaying (or)
transmitting the Information without
any help of the screen (or) the
projector.

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.
 Better batteries
 Waste heat no more
 Better commuting
 No more 3D glasses

Future wearable computers
 What do you imagine for the
next generation computer in the
year 2015? Let me give you
some hints: it’s going to be
wearable, fashionable, equippe
d with ecological power
source, holographic
display, and of
course, connected anytime
anywhere.

 HOLO 2.0 will uses kinetically
chargeable battery, the power
source is generated from the
kinetic movements of your
hand.

Future of holographic computers:

 Future color
liquid crystal
displays
(LCD's) are
expected to
be more
brighter and
whiter due to
holographic
technology.

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

CONTROLLING CARS WITH
FACIAL EXPRESSION
 Hans Roth, director of technology
 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.
 Based on the user settings record on the hard
disk, when the driver sits in the car, automatically
user's favorite position , user's favorite volume
, user's favorite program menu , user's favorite
brightness , user's favorite temperature are set.

 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

 Drivers would be able to control the functions inside the
car without being distracted from the road.
 Claim.
 It will bring a great revolution in the area of safer and
disaster free driving.
 A project has already been launched using the same
technique but in virtual system like Expression Synthesis
Project (ESP). In ESP, the user drives a car on a virtual
road.
 The real time application of controlling cars with facial
expressions is yet to be implemented and provided on a
massive level.
 It will prove to be a giant leap in the era of science and
technology.

 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.

 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.

 Techniques

 Facial affect detection

 Emotional classification

Uses:

1) Mind controlled wheel chair.
2) Lie detector etc.
Problems:

1) Tapping brains for future crimes.
2) No more privacy.

TYPES

 Abc touch featured concept of keyboard
 Laser virtual keyboards
 Touchboard

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

LASER VIRTUAL
KEYBOARD
 Also called projection keyboard
 It has a processor and circuitry
 Common wireless technology
 No wires,switches,cable etc involved in
it

TOUCHBOARD
 Design by “kong fanwen”
 Button-less design and based on touch
screen
 Easily type any thing
 Touchboard instead of keyboard

PERSONAL AREA
NETWORK
CONTENTS:
 INTRODUCTION
 HOW PAN WORKS
 WHY USE BODY TO TRANSMIT DATA
 POTENTIAL APPLICATIONS

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.

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.

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.

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