![Connected Vehicle Test Bed](images/Image31_thumbnail.jpg) |
![Wireless connectivity allows cars to tell other vehicles where they are located at all times](images/Image22_thumbnail.JPG) |
1. Connected Vehicle Test Bed |
2. Safety Pilot |
![AERIS Program](images/Image35_thumb.jpg) |
![Truck safety will be improved with Connected Vehicle technology](images/Image28_thumbnail.jpg) |
3. Automated Vehicle Image - A small, driverless vehicle operates on dedicated paths to transport passengers to their destinations. The passenger provides destination input, but does not control the vehicle at any time during the trip. |
4. Truck safety will be improved with Connected Vehicle technology |
![Warning message that the car is a approaching a traffic signal](images/Image5_thumbnail.jpg) |
![Connected Vehicle technology will improve help to curb crashes between light vehicles and heavy vehicles](images/Image29_thumbnail.jpg) |
5. Warning message that the car is a approaching a traffic signal |
6. Connected Vehicle technology will improve help to curb crashes between light vehicles and heavy vehicles |
![V2V communication on freeways will help to prevent crashes](images/Image7_thumbnail.jpg) |
![Vehicle-to-Vehicle (V2V) and Vehicle-to-Infrastructure (V2I) communication showing types of V2I messages that can be delivered to the vehicle.](images/Image14_thumbnail.jpg) |
7. V2V communication on freeways will help to prevent crashes |
8. Vehicle-to-Vehicle (V2V) and Vehicle-to-Infrastructure (V2I) communication showing types of V2I messages that can be delivered to the vehicle
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![Trucks are an important part of the Connected Vehicle Safety Pilot](images/Image30_thumbnail.jpg) |
![Connected Vehicle Warning Devices can help drivers avoid serious lane change crashes](images/Image16_thumbnail.jpg) |
9. Trucks are an important part of the Connected Vehicle Safety Pilot |
10. Connected Vehicle Warning Devices can help drivers avoid serious lane change crashes |
![Wireless Connectivity](images/Image11_thumbnail.jpg) |
![Intersection](images/Image19_thumbnail.jpg) |
11. Wireless Connectivity allows cars to be continuously aware of each other so when one car breaks suddenly cars several yards behind the vehicle get a safety warning before they get too close |
12. Intersection Connected vehicles can improve safety at busy intersections |
![Connected vehicles can help to mitigate crashes on busy urban streets](images/Image17_thumbnail.jpg) |
![Anonymous data from connected vehicles will be open to the public and can be used for a myriad of new safety, mobility and environmental applications](images/Image18_thumbnail.jpg) |
13. Connected vehicles can help to mitigate crashes on busy urban streets |
14. Anonymous data from connected vehicles will be open to the public and can be used for a myriad of new safety, mobility and environmental applications |
![Wireless communications will allow connectivity between all modes of transportation](images/Image1_thumbnail.jpg) |
![Connected Vehicles will include in-vehicle warning devices to help avoid crashes](images/Image24_thumbnail.jpg) |
15. Wireless communications will allow connectivity between all modes of transportation |
16. Connected Vehicles will include in-vehicle warning devices to help avoid crashes |
![Safety Pilot Driver Clinics](images/Image23_thumbnail.JPG) |
![Connected vehicles can help to prevent crashes at busy intersections](images/Image26_thumbnail.jpg) |
17. Safety Pilot Driver Clinics |
18. Connected vehicles can help to prevent crashes at busy intersections |
![Many Connected Vehicles will include aftermarket devices to warn against potential crashes](images/Image25_thumbnail.jpg) |
![Kenneth Leonard, Director, ITS Joint Program Office](https://webarchive.library.unt.edu/web/20161031210638im_/http://www.its.dot.gov/images/ken_leonard2.jpg) |
19. Many Connected Vehicles will include aftermarket devices to warn against potential crashes |
20. Kenneth Leonard, Director, ITS Joint Program Office |
![Connected Vehicle Technology](images/Image33_thumbnail.jpg) |
![Automated Vehicle Image](images/Image36_thumb.jpg) |
21. Connected Vehicle Technology can help vehicles "platoon" at the same speed and conserve energy and curb pollution |
22. Automated Vehicle Image - Platooning uses cooperative adaptive cruise control in a series of vehicles to improve traffic flow stability and safely allow short headways, to obtain mobility and fuel efficiency benefits. |
![Automated Vehicle Image](images/Image34.jpg) |
![Traffic signals](images/Image37_thumbnail.jpg) |
23. Automated Vehicle Image - Automated vehicles use on-board sensors, cameras, global positioning, and telecommunications to help perform safety-critical driving functions such as steering, acceleration, and/or braking. To ensure full awareness of their surroundings, automated vehicles can leverage connected technology to communicate wirelessly with other vehicles and roadside infrastructure to improve safety, performance, and reliability. |
24. Traffic signals are an important part of the connected vehicle environment. They will help to prevent crashes by sharing messages
between all nearby vehicles, infrastructure and even pedestrian cell phones. |
![](images/Image38_thumb.jpg) |
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25. Connected vehicles of all types communicating at a busy intersection |
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