Introduction to IEEE STANDARDS and its different types.pptx
AI in mechanical engineering.pptx
1. ARTIFICIAL INTELLIGENCE IN AUTOMOBILES
TEAM MEMBERS
NAME ROLL No.
A. BOOMINATHAN 20MES08
S.SHRIHARI PRASAD 20MES40
Department of Mechanical Engineering
Nachimuthu Polytechnic College Pollachi– 642 003
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2. CONTENTS
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INTRODUCTION
AI IN MECHANICAL ENGINEERING
AUTONOMUS CARS
AUTONOMOUS DRIVING
COMPONENTS
OTHER TECHNOLOGIES MAKING THE CAR FULLYAUTONOMUS
ADVANTADES OFAUTONOMOUS CARS
DISADVANAGES
CONCLUSION
3. INTRODUCTION
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Intelligence is the ability to learn about, learn from, understand, and
interact with one’s environment.
To respond to situations very flexibly
T
o recognize the relative importance
situations.
To find similarities between situations.
of different elements of
4. AI IN MECHANICAL ENGINEERING
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It can be termed as machine intelligence. It combines a wide variety of
advanced technologies to give machine the ability learn, adapt, make
decisions and display behaviour’s not explicitly programmed into their
original capabilitie.
DifferentAreas.
Robotics
Speech recognition
Facial recognition
5. AI IN MECHANICAL ENGINEERING
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Navigation
Mapping
Motion planning
Object recognition
6. AUTONOMUS CARS
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It is a vehicle that can drive itself from one point to
another without assistance from a driver; in other
words, with an autopilot system.
Gps
Lidar
Radar
Video cameras
Position estimation
8. COMPONENTS
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GPS
It gives the position of the car using satellites in a
map like google map
GPS interacts with Map and acts like a database
Map Gives information about upcoming intersections,
traffic Report, directions, paths
9. COMPONENTS
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LIDAR – Light Detection And Ranging
Heart of Autonomus car
It is rotating sensor on the roof producing laser beam
Scans more than 200ft in all directions.
Makes a precise 3D map of surrounds.
14. OTHER TECHNOLOGIES MAKING THE CAR FULLY
AUTONOMUS
Adaptive cruise control
Adaptive highbeams
Traffic signal recognition
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15. ADAPTIVE CRUISE CONTROL
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Keeping your distance is relaxing
Cruise control keeps the car at a constant speed by
taking over the throttle of the car
It also maintain a set distance between it and the car
in front of it
Uses either a radar setup allowing the vehicle to slow
when approaching another vehicle and accelerate
again to the preset speed when traffic allows
17. ADAPTIVE HIGHBEAM
Automatically and continuously adapts the headlamp
ranges to the distance of vehicles ahead or which are
oncoming.
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18. TRAFIC SIGNAL RECOGNITION
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A sensor "actinometer is used to detect the intensity
of radiation
Light of different colors will radiate different-2-
intensity of radiation
Which will be detected by the sensor
If the detected intensity is of red color or yellow color
The controller will send a command to stop the
vehicle
19. ACTUATION
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By coordinating the inputs from sensors and the
technologies above mentioned E.C.U. (Engine/Electronic
Control Unit) determines the path, speed, direction etc by
controlling the throttle, steering, brakes etc
(ECU) is generic term for any embedded system that
controls one or more of the electrical systems or
subsystems in a motor vehicle.
ECU include Throttle control unit, steering control unit,
brake control unit and many other control units
21. ADVANTAGES OF AUTONOMOUS CARS
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Less traffic collisions
increased roadway capacity and reduced traffic
congestion
Reduction of physical road signage
High Energy efficiency
humans are not required to take the car, robot scan be
used
Can find out current position of car by GPS.
Less space is needed for parking
23. CONCLUSION
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There is no doubt about future of automotive field and
that will be AUTONOMOUS VEHICLE. But the
biggest hurdles will be legal, not technical. For
example, who is responsible when one of these cars
gets in an accident? And how will the police pull over
an autonomous car if they need to? If this problem is
solved autonomous cars will have a bigger impact on
society than when the first horseless carriages
appeared over a century ago.