Robotics is the branch of technology that deals with the design, construction, operation, and application of robots. Robots can take the place of humans in hazardous or manufacturing processes, or resemble humans. Many modern robots are inspired by nature. The history of robots dates back to ancient myths, but modern concepts developed with the Industrial Revolution and introduction of electricity. Today, robots play a widespread role in industrial operations, classified as assembly/finishing products, moving materials/objects, or performing hazardous/difficult tasks. Robots provide quality work and increased production quantities for industries like manufacturing. They are also used in medical applications like surgery and rehabilitation. Household robots may perform tasks like cleaning in the future.

2. robotics
Robotics is the branch
of technology that deals with the
design, construction, operation and
application of robots and computer
systems for their control, sensory
feedback, and information processing.
These technologies deal with
automated machines that can take the
place of humans, in hazardous or
manufacturing processes, or simply
just resemble humans. Many of today's
robots are inspired by nature
contributing to the field of bio-inspired
robotics.

3. Histry of robots
The history of robots has its roots as far back as
ancient myths and legends. Modern concepts were
begun to be developed when the Industrial
Revolution allowed the use of more complex
mechanics and the subsequent introduction of
electricity made it possible to power machines
with small compact motors. After the 1920s the
modern formulation of a humanoid machine was
developed to the stage where it was possible to
envisage human sized robots with the capacity
for near human thoughts and movements, first
envisaged millennia before.

4. The Present
DayRobotics Robots At Work:
Robots have come to play a widespread and
crucial role in many industrial operations
today. These robots are almost always of the
Jacquard type—with few human features—
rather than the Jacquet-Droz, doll-like style.
The work that robots do can be classified into
three major categories: in the assembly and
finishing of products; in the movement of
materials and objects; and in the performance
of work in environmentally difficult or
hazardous situations.

5. THE FUTURE OF ROBOTICS
Indeed, the human skeletal
and muscular systems are
complicated for many
reasons. For now, robots
will most likely be
manufactured for a limited
number of distinct tasks
such as painting, welding or
lifting. Presumably, once
robots have the ability
perform a much wider array
of tasks, and voice
recognition software
improves such that
computers can interpret
complicated sentences in
varying accents, we may in
fact see robots doing our
housework and carrying out
other tasks in the physical

6. Current Use Of Military Robots
Today, almost all the military
organizations take the help of
military robots to carry out
many risky jobs that cannot be
handled manually by soldier. We
have also seen a great
development in military robots
when compare to military robots
in earlier time. At
present, different military
robots are utilized by many
military organizations. Here, in
this article we will discuss
about the current use of
military robots and its different
Daksh
Goalkeeper
PackBot
MARCbot

7. DIFFERENT TYPE OF MILATRY ROBOTS
Daksh – Daksh is one of the most
current military robots. It is an
electrically powered and remote
controlled robot which is used to
locate, handle and destroying risky
objects safely. The man role of this
military robot is to recover
improvised explosive devices. In
short it is a vehicle for defusing
bombs. The current use of military
robots like Daksh has helped
military organization in many ways.
This robot can even climb stairs to
reach risky materials. Moreover, it
can also scan objects using its
portable X-ray device.

8. Goalkeeper
Goalkeeper – As far as the current
use of robots in military is
concerned, we cannot leave behind
Goalkeeper. This military robot is a
Dutch close-in weapon system that
helps to defends ships from incoming
missiles as well as ballistic shells.
This system generally comprises of
autocannon and advanced radar
that tracks incoming fires. It is an
automatic system that can be also
be deployed to protect airfields.

9. PackBot
PackBot – PackBot is basically a
series of military robots. The most
recent base model of this robot is
PackBot 510. This model utilizes a
videogame-style hand controller
make handier to young women and
man. Configurations in this recent
model include PackBot 510 with EOD
bomb disposal, PackBot 510 with
fast Tactical Maneuvering
Kit; PackBot 510 with first
responder kit, PackBot 510 with
HazMat Detection Kit, PackBot 510
with Fido and PackBot 510 with
REDOWL Sniper Detection Kit.

10. MARCbot
MARCbot - This is also one type of military
robots that has been used to inspect
suspicious objects. It is a low cost robotic
platform, and it has been used in Iraq for
the inspection of suspicious objects. This
robot is one amongst the smallest and
the most commonly used military robots.
It looks like a small toy truck with an
elevated mast on which a camera is
mounted. The camera is utilized for
looking behind the doors. It has the
capacity to run 6 hours on a set of fully
charged batteries and was developed
with the input of soldiers in Iraq to meet
their needs. However, the use of military
robots today has helped the soldier to
detect hazardous materials and objects.

11. Social robot
A social robot is an autonomous robot that interacts and
communicates with humans or other autonomous physical
agents by following social behaviors and rules attached to
its role. This definition suggests that a social robot must
have a physical embodiment (screen characters would be
excluded). Recently some robots have been developed that
use a screen to display the robot's head. Such a machine is on
the borderline of being a robot. If the body only functions as
a holder for the screen then such a system cannot be
considered a robot but if the robot has some physical motor
and sensor abilities then such a system could be considered a
robot.

12. Medical robots
Medical
robots are robots that
allow surgeons greater
access to areas under
operation using more
precise and less invasive
methods. They are in
most telemanipulators, wh
ich use the surgeon's
actions on one side to
control the "effector" on
the other side.

13. Types of medical robots
Surgical robots
Biorobots
Rehabilitation robots

14. Surgical robots
Robotic surgery, computer-assisted
surgery, and robotically-assisted surgery
are terms for technological developments
that use robotic systems to aid in surgical
procedures. Robotically-assisted surgery was
developed to overcome the limitations of
minimally-invasive surgery and to enhance the
capabilities of surgeons performing open
surgery.

15. Rehabilitation robots
Rehabilitation robotics is a field of research
dedicated to understanding and
augmenting rehabilitation through the application
of robotic devices. Rehabilitation robotics includes
development of robotic therapies, and the use of
robots as therapy aids instead of solely as assistive
devices.Rehabilitation using robotics is generally
well tolerated by patients, and has been found to be
an effective adjunct to therapy in individuals
suffering from motor impairments, especially due
to stroke.

16. Biorobots
Biorobotics is a term that loosely covers the
fields of cybernetics, bionics and even genetic
engineering as a collective study.
Biorobotics is often used to refer to a real
subfield of robotics: studying how to make
robots that emulate or simulate living
biological organisms mechanically or even
chemically. The term is also used in a reverse
definition: making biological organisms as
manipulatable and functional as robots, or
making biological organisms as components of
robots.

17. I'm A Robot Like You
I'm A Robot Like You
I’m a robot like you,
I’m made of coiling wires held in with glue,
I’m a robot like you,
Born out of soldering iron and some unfaithful screws.
I’m an artificial man with some artificial plans,
That I dress to the nines for you,
I’ve got a tin box of plastic bags that I shove down my rucksack,
So it bulges like I’ve got something of importance to do.
Perhaps I have
But this programme only ever lets me follow suit.
I’ve got some artificial friends engrossed in artificial trends,
They wear their hair quiffed up like its leaving their heads mid-flight,
There’s a procedure to self-implode but too many glitches run through half the codes,
So I turn the lights down and pleasure myself to past times.
I know it’s sad,
But in this programme it’s really quite a highlight.

18. I’m a robot like you,
I’m made of coiling wires held in with glue,
I’m a robot like you,
Born out of soldering iron and some unfaithful screws.
I’m an artificial man with some artificial plans,
That I dress to the nines for you,
I work for a local think tank, I do no research and I avoid the tax,
Still I feel I need a drastic change of route.
I know I can,
But this damn programme only ever lets me follow suit.
I’m a robot like you,
I’m made of coiling wires held in with glue,
I’m a robot like you,
Born out of soldering iron and some unfaithful screws.
I’m a robot like you,
I’m a robot like you.

19. Advantages of Robotics
Advantages of Robotics
Quality and Accuracy of Work
Quantity of Production
Industrial Robotics
Medical and Healthcare Robotics
Robotics in Household

20. Disadvantages of robotics
People can lose jobs in factories
It needs a supply of power
It needs maintenance to keep it running
It costs money to make or buy a robot

21. PRESENTED BY:
ANMOL SETH
CLASS:VIII-C