This document describes a brain-controlled car for disabled individuals using artificial intelligence. The car relies only on the driver's thoughts through a brain computer interface and does not require physical movement. It has an automatic security system that identifies the driver through video and thermal images before activating. The car also has an automatic navigation system that stores routes, analyzes maps, and drives the car automatically using sensors when the driver's brain waves drop below a threshold, assisting disabled individuals.

1. BRAIN CONTROLLED
CAR FOR DISABLED
BY USING ARTIFICIAL
INTELLIGENCE
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2.  Introduction
 Artificial Intelligence
 Brain computer interface(BCI)
 Bio-control system
 BCI and test results
 Automatic security system
 Automatic navigation system
 Conclusion
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3.  The car will rely only on what the individual is thinking.
 They do not require any physical movement on the part of the individual.
 The car works on the asynchronous mechanism of artificial intelligence. It
would be the great helpful to the physically disabled people.
 The word ‘brain’ means the nervous system of an organic life rather than
the mind.
 The word ‘computer’ means any processing or computational device from
simple circuits to silicon chips.
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4.  It is the intelligence exhibited by machines or software.
 Artificial intelligence (AI) refers to the simulation of human
intelligence in machines that are programmed to think
like humans and mimic their actions.
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5.  It is sometimes called a direct neural interface or brain
machine interface.
 It acts a direct communication pathway between a human or
animal brain and a external device.
 It accept commands from the brain or send signals to the
device and exchange Information in both directions.
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6.  It works on the principle of asynchronous mechanism of artificial intelligence .
 The video and thermogram analyzer continuously monitors activities outside
the car.
 Once the driver comes near the car, the security system of the car is activated.
 Image and thermographic results of the driver are previously fed into the
database of the computer.
 If the Video images match with the database entries then the security system
advances to the next stage here the thermographic verification is done with
the database. 0
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7.  Door slides.
 Ramp is lowered.
 Actuates to the ramp to be lifted horizontally.
 Robotic arm(seat).
 EEG(electroencephalogram) helmet.
 Wide screen of computer (mouse or shortcuts).
 Start button – switch on the battery.
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8.  The bio-control system integrates signals from various other
systems .
 It compares them with originals in the database.
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• It comprises
• Brain computer interface
• Automatic security system
• Automatic navigation system

9.  Asynchronous Switch Design
 EEG transmission
 Eye ball tracking
 Electro mechanical control unit(steering wheel )
 Sensors and their range
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10.  The EEG of the driver is monitored continually
 When it drops less than 4 Hz then the driver is in an unstable
state
 A message is given to the driver for confirmation
 A confirmed reply activates the program for automatic drive
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11.  In case of emergency
 It automatically monitors every route the car travels
 Stores it in its map database for future use
 The map database is analyzed and the shortest route to the
destination is chosen
 By providing xm satellite radio the computer drives the car
automatically
 Video and anti-collision sensors mainly assist this drive
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12.  This car becomes cost effective when the requirements are
satisfied
 We shall witness a revolutionary change in the society
 The demarcation between the abler and the disabled vanishes
 Thus the integration of bio electronics with automotive
systems is essential to develop efficient and futuristic vehicles
 Helping the disabled in every manner in the field of
transportation
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