Cooperative Automated Transportation (CAT)

Cooperative Automated Transportation

Roadway safety in a cooperative automated world

Highway automation is not years away, or even days away. It’s here now, causing a number of state transportation agencies to react with initiatives related to preparing and supporting Connected Automated Vehicles (CAVs) on U.S. roadways.


Connected and Automated Vehicles (CAVs)

Cooperative Automated Transportation (CAT) deals with CAVs, which are vehicles capable of driving on their own with limited or no human involvement in navigation and control. Per the definition adopted by the National Highway Traffic Safety Administration (NHTSA), there are six levels of automation (Levels 0-2: driver assistance and Levels 3-5: HAV), each of which requires its own specification and marketplace considerations.


Vehicle-to-Everything (V2X) and Connected and Automated Vehicles (CAVs)

For traffic safety, vehicle-to-everything communications is the wireless exchange of critical safety and operational data between vehicles and anything else. The "X" could be roadway infrastructure, other vehicles, roadway workers or other safety and communication devices. ATSSA members are at the forefront of these technologies, and are working with stakeholders across new industries to see these innovations come to life.


Sensor Technology

CAVs rely on three main groups of sensors: camera, radar, and Light Detection and Ranging (LIDAR). The camera sensors capture moving objects and the outlines of roadway devices to get speed and distance data. Short- and long-range radar sensors work to detect traffic from the front and the back of CAVs. LIDAR systems produce three-dimensional images of both moving and stationary objects.


For more information about ATSSA’s efforts on CAT and CAV’s and their interaction with our member products check out the resources below.




Resources

Pam
/ Categories: The Foundation, Work Zones

Applications due by Feb. 15 for Roadway Worker Memorial Scholarships

Children and spouses of fallen or permanently disabled roadway workers are eligible

A work zone tragedy shouldn’t mean the end of the dreams and aspirations for the worker’s children or spouse.

Roadway Worker Memorial Scholarships, offered by The American Traffic Safety Services (ATSS) Foundation, can help put the worker’s dependents on the road to a brilliant future.

Applications for the 2022-23 academic year are due by Feb. 15.

The Roadway Worker Memorial Scholarship Program provides financial assistance for post-high school education to the children or spouse of a roadway worker killed or permanently disabled in a work zone incident. The competitive program provides scholarships valued up to $10,000 per student each year.

Applicants who demonstrate a strong commitment to volunteerism may be eligible to receive an additional $1,000 in honor of Chuck Bailey, an esteemed member of the roadway safety industry from Ohio who died in 2002 as a result of an accident.

The Roadway Worker Memorial Scholarship Program celebrates its 20th anniversary this year and has awarded $358,000 since its inception. Thirteen students are currently attending college thanks to a Roadway Worker Memorial Scholarship. Two of those also received a Chuck Bailey Memorial Scholarship for this school year.

Hear from Roadway Worker Memorial Scholarship recipients about how The ATSS Foundation scholarships helped them achieve their dreams.

“It is a privilege to help the dependents of fallen or permanently injured roadway workers pursue their goals,” said Foundation Director Lori Diaz. “But we couldn’t offer these scholarships without the generosity of individual donors, ATSSA members and sponsors of the events we hold throughout the year. Everyone’s contribution is essential to helping these worthy students pursue their dreams.”

The ATSS Foundation is the charitable arm of ATSSA. It was formed in 1988 with the core purpose to promote roadway safety through charitable giving and public awareness programs. Donations can be made at Foundation.ATSSA.com/Donate.

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