Final Term OCPS presentation Presentated by students BBA-II (SZABIST Lrk)

2. Advancement in
Science and
Technology
By: Group A
BBA-II (SZABIST)

3. Group members

4. Outlines
•Introduction
Transportation
•Solar Energy
•Electronics
•Display Technology
•Robotics & applied Machines
•Computing & communication
•Conclusion

5. •Introduction & Robotics by:
•Solar Energy by:
•Computing & communication by:
•Display Technology by:
•Transportation by:
•Electronics by:
•Conclusion

6. Introduction and Robots
BY:

7. The innovation is seeks to promote
research that carries a strong
conceptual message to the world.
(e.g.) introducing a new concept or
model, opening a new line of inquiry
with
in
traditional
or
cross
interdisciplinary areas, or introducing
new techniques or new applications of
techniques.

8. A robot is a mechanical or
virtual intelligent agent that
can
perform
tasks
automatically or with guidance,
typically by remote control. In
practice a robot is usually an
electro mechanical machine
that is guided by computer and
electronic programs.
Robots range from humanoids
such as:
Asimo and TOPIO

9. 1. Nano Robots
2. Swarm Robots
3. Industriall Robot, mobile
4. Serving Robots

10. 1. Nano Robot: Is the emerging
technology field of creating
machines
or
robot
whose
components are at or close to the
microscope scale of a nanometer
(10−9 meters).

12. 
3. Industrial Robot:
It
is defined by ISO as an
automatically
controlled,
programmable, multipurpose
manipulator programmable in
three or more ones

13. Servicing robot is a robot
used for house hold chores .
Thus fore only a few limited
models, though
science
fiction writers and others
speculators have suggested
that they could become
move common in the
future.

14. Solar Energy

15. Solar energy
Teenage inventor , Aiden dwyer , created a new
solar technology that emulates how trees
convert
sunlight
in
to
energy.
Following in the footsteps of inventors who use
biomimicry , the science models, systems or
process the nature.

16. How It Works
Adein utilized the information on how plants are structurally
designed to create his new solar technology.
This information introduced from 1202 ,
the numerical is sequence wise is: 0,1,2,3,4,5,6,7,8,9,10,11,12,13
This sequence is know as the Fibonacci numbers.
Using a strings , if begin we begin a leaf “1” and rotated the string of
clock wise around the steam to each leaf until we arrive at a leaf
that was directly above “1” we would have made 3 and complete
rotation s would have met 5 leaves.

18. New Solar Technology
• Since angle the sun rays are not fixe particularly during the
change in season , the use of fixed flat solar panels for homes is
inefficient.
• The new solar tree , using his new solar technology design ,
produced 20% more electricity than the flat solar panel.
• Aiden’s solar tree design won him the 2011 young naturalist
award from the American museum of neutral history.

19. Electronics

20. Electronics: Electronics deal with the study of flow and
control of electrons (electricity) and the study of their
behavior and effects in vacuums, gas and
semiconductors and with devices using such electrons.
Flexible Electronics = MSO known as Flex circuits
Flexible electronics is a technology for assembling
electronic circuits by mounting electronic devices as
flexible plastic substrates such as, polyimide, peek or
transparent conductive polyester.

21. Electronic
circuits
Flexible
plastic

22. Is a collective term use to describe the
various types of cellular communication
technology. Mobile CDMA technology
has evolved quite rapidly over the past
few years.

23. Smart Phones: Your probably hear the term
“Smartphone” tossed around a lot. But if you
have ever wondered exactly what a
Smartphone is, well, your are not alone.
i-pods
sanyo-clock-radio

24. Smartphone Customer Satisfaction
by J.D. Power and Associates
MANUFACTURER
Apple 2010
Apple 2011
HTC 2010
HTC 2011
Industry Average 2010
Industry Average 2011
Samsung 2010
Samsung 2011
Motorola 2010
Motorola 2011
RIM 2010
RIM 2011
LG 2010
LG 2011
HP/Palm 2010
HP/Palm 2011
Nokia 2010
Score
810
838
727
801
753
788
724
777
N/A
775
741
762
N/A
760
712
733
720

25. The most important industrial use of gold is in the
manufacture of electronics.
Solid state electronic devices use very low voltages
and currents which are easily interrupted by
corrosion or tarnish at the contact points.

26. Display
Technology

27. This is a comparison of various properties of different
display technologies.
A 3D display is any display device capable of conveying a Stereoscopic
perception of 3-D depth to the viewer Both of these 2-D offset images are
then combined in the brain to give the perception of 3-D depth. the
presentation of dual 2-D images is distinctly different from displaying an
image in three full dimension. And freedom to increase information about the
3-dimensional objects being displayed. Holographic displays.

28. Laser color television: (in short, Laser TV),
or Laser color video display utilizes two or
more individually modulated optical (laser)
rays of different colors to produce a
combined spot that is scanned and
projected across the image plane by a
polygon-mirror system or less effectively by
optoelectronic means to produce a colortelevision display.
for example, in black-and-white television.
This principle applies to a display as well as
to a (front or rear) projection technique
with lasers (a laser video projector).

29. Ultra High Definition Television: (or UHDTV, Ultra
HDTV, 4320p, and Ultra High Definition Video
(UHDV)) is a digital video format, currently proposed
by NHK Science & Technology Research Laborites. It
is 16 times the resolution of HDTV (high definition
video). IMAX has roughly the same resolution as
UHDTV.

30. Computing
&
Communication

31. DEFINATION:
The technologies used for communication
where the computer plays a major part .It
includes newsgroups , chat room , Email and
computer mediated conference (CMC).
Artificial Intelligence.
Virtual Reality.
4G Cellular Communication.
Speech Recognition.

32. •ARTIFICIAL INTELLIGENCE:
The Artificial intelligence is the intelligence of machines.
The Artificial intelligence has been used in a wide range of
fields including in
Medical diagnosis
Stock trading
Robot control

33. Computing and Communication
•VIRTUAL REALITY:Virtual reality (VR) also
known as vitality is a term
applies to computer
simulated environment that
can stimulate physical
presence.
Example: This application
is used in simulation for
pilots or combat training
(such as VR GAMES).

34. 
4G Cellular Communication: In
telecommunication the 4G is the
fourth generation of cellular wireless
standard. A 4G provide ultra broad
band internet through smart phones
and other mobile devices.
 The 4G technologies such as
 MOBILE WIMAX
 LTE
(first release long term
evolution).Have been in market since
2006 to 2009 respectively.

35. 
SPEECH RECOGNITION :-The
speech recognition the main
purpose of this is to convert spoken
words to text. This application
includes voice user interface some
examples of speech recognition
are these:



VOICE DAILING ( calling )
AIRCRAFT (usually termed direct
voice input).
SPEECH TO TEXT PROCESSING
(word processer).

36. Transportation

37. Transportation
The word transportation means of conveyance or the
state of being transported.
In transportation the following innovation are being
include :
• Back pack helicopter: A back pack helicopter is a
helicopter motor and rotor and controls assembly
that can be strapped to a persons back .

38. Supersonic Transport
Supersonic Transport is civilian designed to
transport passengers at speeds greater than
the speed of sound .
Example: Train and Aircraft.
A supersonic transport like vactrain (or
vacuum tube train) is a proposed, as yet
unbilled design for future high speed rail
road transportation. This would entail
building maglev lines through evacuated
(air-less) or partly evacuated tubes or
tunnels. It have extremely high speed up to
4000-5000 mph (6400-8000 km/h) 5-6
times speed of sound at sea level and
standards condition. China develop 600
mph airless maglev high speed train.

39. Technology makes our lives reliable, these were
some of the innovations of 2011 and 2012 who
brought revolution tasks to makes our lives easy.
Innovation in Science and Technology is making our
lives easier and it is being innovated every moment.