WAYMO Car
Department of Electrical and
Electronics
{2018-19}
Submitted By:
Shivam Singhal
What is WAYMO?
The Google self-driving car project is now Waymo.
Waymo stands for a new way forward in mobility. We are a
self-driving technology company with a mission to make it
safe and easy for people and things to move around.
Driverless Car
(Most Experienced Driver)
Waymo is a self-driving
technology company with the
mission to make it safe and
easy for everyone to get
around—without the need for
anyone in the driver’s seat.
Our journey started at Google
in 2009, and we became
Waymo in 2016.
Imagine if everyone could get
around easily and safely,
without tired, drunk or
distracted driving. Time spent
commuting could be time
spent doing what you want, as
the car handles all of the
driving.
We continue to drive every
day on public roads. Now,
we’re inviting residents in
Phoenix, AZ to join the first
public trial of our self-driving
cars—Waymo’s early rider
program.
Journey of WAYMO
2009 2012 2015 2017
The Google self-
driving car project
began
More than 300,000
miles self-driven
Moved to complex
city streets
“Firefly” hit public
roads for the first
time
2016
Waymo, a self-driving
technology company
Introduced fully self-
driving Chrysler
Pacifica Hybrid
minivans
Waymo’s fully self-
driving cars have
arrived
How it Works?
Our vehicles have sensors and software that are designed
to detect pedestrians, cyclists, vehicles, road work and
more from a distance of up to two football fields away in all
directions.
Let’s now checkout some of the sensors used.
Radar Sensors monitor the
position of other sensors
nearby.
Sensors Used:
The information from all of the
sensors is analyzed by a central
computer that manipulates the
steering, accelerator and brake.
It’s software must understand
the rules of the road both formal
and informal
Radar Sensors monitor the
position of other sensors
nearby.
Ultra Sensors are used to
measure the position of vehicles
which are very close
Signal from GPS(Global
Positioning System) satellite are
combined with reading from
tachometer, altimeter and
gyroscope to provide more
accurate positioning by GPS
alone.
Video Cameras detect traffic
light, read road signs and
position of other vehicles and
look out for pedestrian and
obstacles on the road.
LIDAR(Light Detection and
Ranging) is placed on the roof of
the car, this sensor bounce
pulses of light from
surroundings. These are
analyzed to identify lane marking
and edges of road.
Area Covered by Sensors
PARK ASSIST
NEXT
REAR
COLLISION
WARNING
PARK
ASSISTANCE/
SORROUND
VIEW
PARK ASSIST
CROSS TRAFFIC ALERT
TRAFFIC SIGN
RECOGNITION AND LANE
DEPARTURE WARNING
EMERGENCY BRAKING
PEDESTERIAN CROSSING
COLLISION AVOIDANCE
SORROUND VIEW SORROUND VIEW
BLIND SPOT BLIND SPOT
System Design Components
Vision System
>>
Coordinating System
Vehicle Controls
5-Systems for driverless car
Coordinating
System
Camera
System
DSP
System
Navigating
System
Laser
System
Vision System
Flow Chart of Autonomous Vehicle
Image/Data
Acquisition
Data Restoration and
Enhancement
Calculate Distance &
Criticality
Get location
Coordinates
Start to Destination
Generate ROI &
Classify
Check
Road
Sign
Park the Vehicle
Turns &
Intersection
Reached?
Calibration Input
Get traffic &
Terrain
Information
Get Map
Information
Turn Indicator ON
Act as per Road
Sign
Check if
Interrupt
Recieved
Based on
interrupts control
Database
YES YES
NO NO
Not Found
Turn Found
Road Sign
Found
Navigating City
Benefits of these Cars
Waymo Driverless car

Waymo Driverless car

  • 1.
    WAYMO Car Department ofElectrical and Electronics {2018-19} Submitted By: Shivam Singhal
  • 2.
    What is WAYMO? TheGoogle self-driving car project is now Waymo. Waymo stands for a new way forward in mobility. We are a self-driving technology company with a mission to make it safe and easy for people and things to move around.
  • 3.
    Driverless Car (Most ExperiencedDriver) Waymo is a self-driving technology company with the mission to make it safe and easy for everyone to get around—without the need for anyone in the driver’s seat. Our journey started at Google in 2009, and we became Waymo in 2016. Imagine if everyone could get around easily and safely, without tired, drunk or distracted driving. Time spent commuting could be time spent doing what you want, as the car handles all of the driving. We continue to drive every day on public roads. Now, we’re inviting residents in Phoenix, AZ to join the first public trial of our self-driving cars—Waymo’s early rider program.
  • 4.
    Journey of WAYMO 20092012 2015 2017 The Google self- driving car project began More than 300,000 miles self-driven Moved to complex city streets “Firefly” hit public roads for the first time 2016 Waymo, a self-driving technology company Introduced fully self- driving Chrysler Pacifica Hybrid minivans Waymo’s fully self- driving cars have arrived
  • 5.
    How it Works? Ourvehicles have sensors and software that are designed to detect pedestrians, cyclists, vehicles, road work and more from a distance of up to two football fields away in all directions. Let’s now checkout some of the sensors used.
  • 6.
    Radar Sensors monitorthe position of other sensors nearby. Sensors Used:
  • 7.
    The information fromall of the sensors is analyzed by a central computer that manipulates the steering, accelerator and brake. It’s software must understand the rules of the road both formal and informal
  • 8.
    Radar Sensors monitorthe position of other sensors nearby.
  • 9.
    Ultra Sensors areused to measure the position of vehicles which are very close Signal from GPS(Global Positioning System) satellite are combined with reading from tachometer, altimeter and gyroscope to provide more accurate positioning by GPS alone.
  • 10.
    Video Cameras detecttraffic light, read road signs and position of other vehicles and look out for pedestrian and obstacles on the road. LIDAR(Light Detection and Ranging) is placed on the roof of the car, this sensor bounce pulses of light from surroundings. These are analyzed to identify lane marking and edges of road.
  • 11.
    Area Covered bySensors PARK ASSIST NEXT REAR COLLISION WARNING PARK ASSISTANCE/ SORROUND VIEW PARK ASSIST CROSS TRAFFIC ALERT TRAFFIC SIGN RECOGNITION AND LANE DEPARTURE WARNING EMERGENCY BRAKING PEDESTERIAN CROSSING COLLISION AVOIDANCE
  • 12.
    SORROUND VIEW SORROUNDVIEW BLIND SPOT BLIND SPOT
  • 13.
    System Design Components VisionSystem >> Coordinating System Vehicle Controls
  • 14.
    5-Systems for driverlesscar Coordinating System Camera System DSP System Navigating System Laser System Vision System
  • 15.
    Flow Chart ofAutonomous Vehicle Image/Data Acquisition Data Restoration and Enhancement Calculate Distance & Criticality Get location Coordinates Start to Destination Generate ROI & Classify Check Road Sign Park the Vehicle Turns & Intersection Reached? Calibration Input Get traffic & Terrain Information Get Map Information Turn Indicator ON Act as per Road Sign Check if Interrupt Recieved Based on interrupts control Database YES YES NO NO Not Found Turn Found Road Sign Found
  • 16.
  • 17.