Artificial intelligence and Robotics

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ARTIFICIAL INTELLIGENCE AND ROBOTICS
By,
Sharankarthick VIII
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CONTENT

• Artificial intelligence
• Uses
• Advantages and disadvantages
• Robots
• Types of robots
• Honda ASIMO
• Care robots
• Human cyborg
• Bionic eye
• Uses
• Advantages and disadvantages

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ARTIFICIAL INTELLIGENCE

• What is artificial intelligence??

• Artificial Intelligence is  intelligence 
• displayed by machines, in contrast with
  the natural intelligence displayed by humans and
  other animals.
• Uses of AI
• Computer science
• Education
• Finance
• Toys and games

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• Advantages of AI
• Nonhuman intelligences
• No need for human testers.
• Disadvantages of AI
• If AI programmed is corrupted it can something
  devastating.
• The AI is programmed to do something beneficial,
  but it develops a destructive method for
  achieving its goal.

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ROBOTS

• A robot is a machine which is capable of carrying
  out a complex series of actions automatically.

• USES
• Factory
• Space
• Military
• Mining
• Healthcare,
• Home

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• Advantages of Robots
• Robots helps us in many ways.
• It can lift heavy loads.
• It can also do minor surgery.
• Disadvantages of Robots
• It costs a leg and a arm.
• Robots need a continuous supply of power
• People can lose their jobs.
• Maintenance and repair are expensive.

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Laws of Robotics
First Law A robot may not injure a human
being, or, through inaction, allow a human being
to come to harm, unless this would violate a
higher order law Second Law A robot must obey
orders given it by human beings, except where
such orders would conflict with a higher order
law Third Law A robot must protect its own
existence as long as such protection does not
conflict with a higher order law.
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The First Robot

• Unimate was the first industrial robot, which
  worked on a General Motors assembly line at
  the Inland Fisher Guide Plant in Ewing Township,
  New Jersey, in 1961.
• It was invented by George Devol in the 1950s

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Types of Robots
Humanoid Robots
Legged Robots
Wheeled Mobile Robots
Underwater Robots
Aerial Robots
Surgery Robots
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Wheeled robots

• Wheeled robots are used to navigate the ground
  using motorized wheels
• Uses
• Playing
• Guarding
• Transporting

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Legged robots

• Legged robots use mechanical limbs for movement

• Uses

They can traverse many different terrains
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Aerial robots

• Aerial robots is an aircraft without a human
  pilot aboard.
• Uses
• Agriculture
• Navy
• Medical
• Military
• Surveillance

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Underwater robots

• Underwater robots can be autonomous, or they can
  be remotely operated.
• There are many applications of underwater
  robotics such as scientific exploration, and
  military use.

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Humanoid robots

• A humanoid robot is used in scientific area.

Uses

• To assist the sick and elderly.
• To serve in military purposes.
• Resembles the human body.

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Honda ASIMO

• ASIMO is a humanoid robot created by Honda in
  2000.

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Care robots
Uses

• In hospitals,  
• For good care to the senior citizen.

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In Medical Field

• Medical Transportation Robots.
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• Surgical Assistants.
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Human Cyborg

• A cyborg is a human with both organic and
  biomechatronic body parts.
• British artist Neil Harbisson , has had a cyborg
  antenna implanted in his head that allows him to
  extend his perception of colours. As he is colour
  blind.

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Bionic Eyes

• A visual prosthesis, often referred to as a
  bionic eye, is an experimental visual device
  intended to restore functional vision in those
  suffering from partial or total blindness.

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Applications of robots

• Medical
• Industrial
• Domestic
• Military
• Entertainment
• Space

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Robots used in Military
Helping a injured person
To watch the enemies

To help the army
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In Space

• Unmanned Space Exploration
• To perform tasks that astronauts
  otherwise would have
  to do.

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