2
Most read
5
Most read
17
Most read
Autonomous car
CONTENT
 Overview
 Why should we let cars drive?
 How does it work?
 Example : Google driverless car
 Positive aspects
 Negative aspect
 Future ideas
 Conclusion
OVERVIEW
 WHAT IS DRIVERLESS CAR?
Vehicle that can drive itself from one point to another
without assistance from a driver
 Automated guided vehicle (AGV)
Autopilot
Driverless
Why should we let cars drive?
BENEFIT :
 To experience efficient driving
 To facilitate mobility to handicapped/the elderly
people
 To manage traffic flow
 To reduce accidents due to human error
WHAT IT LOOKS LIKE?
An inside view An outside look
COMPONENTS
HARDWARE SENSORS
 LIDAR
 Video camera
 Position estimator
 Infrared head lamps
 Electronic stability control (ESC)
ARTIFICIAL INTELLIGENCE
 GPS Technology
 Manual backup system
 Lane keeping assist system
 Traffic report
 Cruise control system
PROTOTYPE: UBER
WORKING PRINCIPLE
How driverless car will work:
GOOGLE DRIVERLESS CAR PROJECTS
•Initiated informally since 2009 and
formally since 2010, by a team of 15
engineers from Google
•Project Head : Sebastian Thrun
(Co-inventor of Google Street view)
•Technology used :
Google map
Hardware sensors
Artificial intelligence
Anti-lock brakes (ABS)
Automated guided vehicle systems
Self parking
Positive aspects
What a city with driverless car might look like:
Negative aspects
 Credibility concern
 Cyber security
 Ethical problems
 Inability to cope with extra conditions
 Poor road infrastructure
 Loss of jobs
 Cost issue:
Total cost : US $300,000
Future of autonomous cars:
YEAR Availability of self driving car
2016 Tesla “autopilot”
2018 Tesla, Google, Nutonomy
2020 Volkswagen, Honda, Hyundai,
Toyota, Google, Volvo, BMW
•Companies developing and/or testing cars include:
Audi BMW Ford Google General Motors Volkswagen Volvo
How do consumer feel about self driving cars?
CONCLUSION
 Driverless car are designed to minimize accidents by
addressing main cause of collision: driving error,
distraction and drowsiness
 Their adoption will take decades but these vehicles are
coming - and fast
 This would affect the job market
-Many people are employed driving vehicles
-More people will be needed for the manufacturing,
design and programming of self driving vehicles.
“If necessity is the mother of invention, scientifically developed
product is the mother of scientific research”
- Arthur E. Kennelly

More Related Content

PPTX
Self driving car
PPTX
Google Driverless Cars
PPTX
Autonomous car(driver less car) (self driving car)
PDF
Self-driving cars are here
PPTX
autonomous car
PPTX
Autonomous car
PPTX
Autonomous or self driving cars
PPTX
Autonomous car
Self driving car
Google Driverless Cars
Autonomous car(driver less car) (self driving car)
Self-driving cars are here
autonomous car
Autonomous car
Autonomous or self driving cars
Autonomous car

What's hot (20)

PPTX
Autonomous car original
PDF
Autonomous Driving
PPTX
Autonomous-cars / Self Driving Cars
PDF
Machine Learning & Self-Driving Cars
PPTX
Waymo Driverless car
PPTX
Autonomous vehicle
PPTX
Self Driving Autopilot Car
PPTX
Autonomous car
PPTX
Autonomous car
PPT
Self driving car
PPTX
Autonomous Vehicles
PPTX
Autonomous Car
PPTX
Autonomous car ; google car
PPTX
Automated vehicle
PPTX
Autonomous cars
PPTX
Intelligent Vehicles
PPTX
Jatin sharma (42162)
PPT
Presentation on driverless cars by shahin hussan
PPT
Google Driverless Car PPT (Latest Report)
PPTX
Self driving car
Autonomous car original
Autonomous Driving
Autonomous-cars / Self Driving Cars
Machine Learning & Self-Driving Cars
Waymo Driverless car
Autonomous vehicle
Self Driving Autopilot Car
Autonomous car
Autonomous car
Self driving car
Autonomous Vehicles
Autonomous Car
Autonomous car ; google car
Automated vehicle
Autonomous cars
Intelligent Vehicles
Jatin sharma (42162)
Presentation on driverless cars by shahin hussan
Google Driverless Car PPT (Latest Report)
Self driving car
Ad

Similar to Autonomous car (20)

PPTX
Google self driving car technology
PPTX
DRIVERLESSabcdedghijjdjhdbdnidns CARS.pptx
PPTX
DriverlessCars
PPTX
The future of TICS HUAWEI&EOI
PPTX
DRIVERLEShrkkyrthhdhhfhhffhdhdfhS CARS.pptx
PPTX
Nbtb mmc4300
PPT
Autonomous car
PPT
Google driverless car
PPTX
driverless car by Rao Faraz Imllak
PPTX
Connectivity levels of autonomy by Steve Surhigh
PPTX
Drive less cars
PDF
Anand
PPTX
Google's Driverless Car
PDF
Finalreport
PPT
Google car
PPTX
2015 unit 3 driverless cars(2)
PDF
Tendencias: Cómo nos va a afectar el Internet de las cosas - Self Driving Car...
PPTX
Autonomous vehicles
PPTX
Google Car
PDF
Self Driving Vehicles (sept 2012)
Google self driving car technology
DRIVERLESSabcdedghijjdjhdbdnidns CARS.pptx
DriverlessCars
The future of TICS HUAWEI&EOI
DRIVERLEShrkkyrthhdhhfhhffhdhdfhS CARS.pptx
Nbtb mmc4300
Autonomous car
Google driverless car
driverless car by Rao Faraz Imllak
Connectivity levels of autonomy by Steve Surhigh
Drive less cars
Anand
Google's Driverless Car
Finalreport
Google car
2015 unit 3 driverless cars(2)
Tendencias: Cómo nos va a afectar el Internet de las cosas - Self Driving Car...
Autonomous vehicles
Google Car
Self Driving Vehicles (sept 2012)
Ad

Recently uploaded (20)

PDF
Lung cancer patients survival prediction using outlier detection and optimize...
PDF
Advancing precision in air quality forecasting through machine learning integ...
PDF
Transform-Your-Supply-Chain-with-AI-Driven-Quality-Engineering.pdf
PDF
The-Future-of-Automotive-Quality-is-Here-AI-Driven-Engineering.pdf
PDF
CXOs-Are-you-still-doing-manual-DevOps-in-the-age-of-AI.pdf
PDF
Planning-an-Audit-A-How-To-Guide-Checklist-WP.pdf
PDF
The-2025-Engineering-Revolution-AI-Quality-and-DevOps-Convergence.pdf
PDF
4 layer Arch & Reference Arch of IoT.pdf
PDF
Human Computer Interaction Miterm Lesson
PPTX
SGT Report The Beast Plan and Cyberphysical Systems of Control
PPTX
AI-driven Assurance Across Your End-to-end Network With ThousandEyes
PDF
IT-ITes Industry bjjbnkmkhkhknbmhkhmjhjkhj
PDF
Co-training pseudo-labeling for text classification with support vector machi...
PDF
giants, standing on the shoulders of - by Daniel Stenberg
PDF
Ensemble model-based arrhythmia classification with local interpretable model...
PDF
Electrocardiogram sequences data analytics and classification using unsupervi...
PDF
Transform-Your-Streaming-Platform-with-AI-Driven-Quality-Engineering.pdf
PPTX
Presentation - Principles of Instructional Design.pptx
PDF
Dell Pro Micro: Speed customer interactions, patient processing, and learning...
PDF
Altius execution marketplace concept.pdf
Lung cancer patients survival prediction using outlier detection and optimize...
Advancing precision in air quality forecasting through machine learning integ...
Transform-Your-Supply-Chain-with-AI-Driven-Quality-Engineering.pdf
The-Future-of-Automotive-Quality-is-Here-AI-Driven-Engineering.pdf
CXOs-Are-you-still-doing-manual-DevOps-in-the-age-of-AI.pdf
Planning-an-Audit-A-How-To-Guide-Checklist-WP.pdf
The-2025-Engineering-Revolution-AI-Quality-and-DevOps-Convergence.pdf
4 layer Arch & Reference Arch of IoT.pdf
Human Computer Interaction Miterm Lesson
SGT Report The Beast Plan and Cyberphysical Systems of Control
AI-driven Assurance Across Your End-to-end Network With ThousandEyes
IT-ITes Industry bjjbnkmkhkhknbmhkhmjhjkhj
Co-training pseudo-labeling for text classification with support vector machi...
giants, standing on the shoulders of - by Daniel Stenberg
Ensemble model-based arrhythmia classification with local interpretable model...
Electrocardiogram sequences data analytics and classification using unsupervi...
Transform-Your-Streaming-Platform-with-AI-Driven-Quality-Engineering.pdf
Presentation - Principles of Instructional Design.pptx
Dell Pro Micro: Speed customer interactions, patient processing, and learning...
Altius execution marketplace concept.pdf

Autonomous car

  • 2. CONTENT  Overview  Why should we let cars drive?  How does it work?  Example : Google driverless car  Positive aspects  Negative aspect  Future ideas  Conclusion
  • 3. OVERVIEW  WHAT IS DRIVERLESS CAR? Vehicle that can drive itself from one point to another without assistance from a driver  Automated guided vehicle (AGV) Autopilot Driverless
  • 4. Why should we let cars drive?
  • 5. BENEFIT :  To experience efficient driving  To facilitate mobility to handicapped/the elderly people  To manage traffic flow  To reduce accidents due to human error
  • 6. WHAT IT LOOKS LIKE? An inside view An outside look
  • 7. COMPONENTS HARDWARE SENSORS  LIDAR  Video camera  Position estimator  Infrared head lamps  Electronic stability control (ESC) ARTIFICIAL INTELLIGENCE  GPS Technology  Manual backup system  Lane keeping assist system  Traffic report  Cruise control system
  • 10. How driverless car will work:
  • 11. GOOGLE DRIVERLESS CAR PROJECTS •Initiated informally since 2009 and formally since 2010, by a team of 15 engineers from Google •Project Head : Sebastian Thrun (Co-inventor of Google Street view) •Technology used : Google map Hardware sensors Artificial intelligence Anti-lock brakes (ABS) Automated guided vehicle systems Self parking
  • 13. What a city with driverless car might look like:
  • 14. Negative aspects  Credibility concern  Cyber security  Ethical problems  Inability to cope with extra conditions  Poor road infrastructure  Loss of jobs  Cost issue: Total cost : US $300,000
  • 15. Future of autonomous cars: YEAR Availability of self driving car 2016 Tesla “autopilot” 2018 Tesla, Google, Nutonomy 2020 Volkswagen, Honda, Hyundai, Toyota, Google, Volvo, BMW •Companies developing and/or testing cars include: Audi BMW Ford Google General Motors Volkswagen Volvo
  • 16. How do consumer feel about self driving cars?
  • 17. CONCLUSION  Driverless car are designed to minimize accidents by addressing main cause of collision: driving error, distraction and drowsiness  Their adoption will take decades but these vehicles are coming - and fast  This would affect the job market -Many people are employed driving vehicles -More people will be needed for the manufacturing, design and programming of self driving vehicles.
  • 18. “If necessity is the mother of invention, scientifically developed product is the mother of scientific research” - Arthur E. Kennelly