The document describes a pedestrian preclusion system that uses radar and stereo sensors to detect obstacles and potential collisions. It warns the driver initially and then automatically applies smooth brakes to stop. To address collisions at night, it is equipped with infrared illumination. The document also discusses future possibilities like vehicles communicating their positions and velocities using dedicated short range communication (DSRC) through radar, radio, and cameras to collectively avoid accidents in an example of machine-to-machine communication and coordination. The overall goal is to lay the groundwork for safer transportation through artificial intelligence and analysis of large data.

1. SMART, SAFE & CONNECTED
DESIGN, VALIDATE & DELIVER THE INTELLIGENT VEHICLE
EXPERIENCE.

2. What is the future of automobiles?
Why I am here?

4. Well we all keep walking
We all love walking …

5. But sometimes the driver gets distracted or has
limited field under view.

6. Result…
Pedestrian crashes are a big problem all over the
world.
In India there are 4000-5000 fatalities every year.

7. So a system is designed to address and eliminate
this issue...A solution
Pedestrian Preclusion System

8. What is this?

9. It is a radar sensor system which consist of:
• Millimeter Wave Radar.
• Stereo Sensor.

10. The two sensors are mounted at specific angles
These sensors
detect the obstacle
in the path and
also detect if
there are any
potential
conditions for
collusion.

11. In the first place it will provide warning to the driver.

12. Secondly it will automatically apply smooth brakes to stop.

13. So here comes the challenging part
• 70% of collusions take place in the dark.
• So it is very important to detect the
obstacle during night.

14. To overcome this situation…
System is equipped with an
infrared illumination

15. The Future is interested in automated driving.
Imagine cars communicating with each other in
their own language!!

16. We are talking about…
Dedicated Short Range
Communication (DSRC).

17. What is it?
• This system is like a short range radio , a system which will communicate with
the cars and detect their position via GPS.
• It will also have a camera for virtual identification of vehicle position.

18. Working

19. Lets take a small glance
• Imagine cars going down the road collectively.
• Communicating ,identifying each other, checking
velocities and positions.

20. So now when the accident takes place
UNANNOUNCED…
The cars will communicate through radar and radio
systems.

21. Well that is ‘M2M’ machine to machine sensing.

22. Just kidding…

23. So coming to conclusion…

24. This research helps us to look into the future of faster ,
smarter and safer transportation.

25. We are talking about Artificial Intelligence.

26. We are talking about the outcome which was the
result of the analysis of a big data.
We are talking about creating a bond
between human and vehicle.

27. This is what we mean when we say laying ground for
future.

28. What happens when crashes don’t happen?
Well that’s a dream.

29. Thank you