Autonomous Vehicles

1. What are Nevaeh, Waymo and Local Motors?

• a) Drivers
• b) Autonomous vehicles manufacturers
• c) Traffic lights
• d) Road signs

2. What can autonomous vehicles recognize at intersections?

• a) Traffic lights and road signs
• b) Pedestrians and cyclists
• c) Fog
• d) Large objects

3. What is the driver of a self-driving car?

• a) The person sitting in the driver's seat
• b) The technology in and on the vehicle
• c) The LiDAR sensor
• d) The GPS system

4. What are the sensors used in autonomous vehicles?

• a) LiDAR sensors, ultrasonic sensors, cameras and radar sensors
• b) Radio waves, light rays, sound waves and infrared sensors
• c) Traffic lights, road signs, fog lights and headlights
• d) GPS, digital maps, odometry and processors

5. What is LiDAR?

• a) A type of camera
• b) A type of radar
• c) A type of GPS
• d) A type of processor

6. What is the function of cameras in autonomous vehicles?

• a) To detect obstacles and handle fog
• b) To recognize and interpret street signs
• c) To generate a point cloud from the environment
• d) To determine the exact position of the vehicle

7. What is the disadvantage of radar in detecting objects?

• a) It cannot detect large objects
• b) It cannot detect pedestrians or cyclists
• c) It cannot detect road signs
• d) It cannot handle fog

8. How is the exact position of the vehicle determined?

• a) By the LiDAR sensor
• b) By the GPS system
• c) By the odometry system
• d) By the combination of sensors and processors

9. What is the purpose of digital maps in autonomous vehicles?

• a) To detect obstacles and handle fog
• b) To recognize and interpret street signs
• c) To determine the exact position of the vehicle
• d) To provide information such as intersection signs and speed limits

10. What is the role of processors in autonomous vehicles?

• a) To generate a point cloud from the environment
• b) To detect obstacles and handle fog
• c) To determine the exact position of the vehicle
• d) To combine and process data from sensors