Mobility Tough Sell: Persuading Residents to Invest
Communicating how vehicle-to-vehicle and vehicle-to-infrastructure technology will improve the lives of city dwellers will be keys to its acceptance, panelists at an automotive technology conference say.
June 8, 2017
NOVI, MI – The future autonomous world is discussed often here at TU-Automotive Detroit 2017, but for it to come to fruition numerous infrastructure projects must take place.
And that may be a tough sell to residents who only want their city to keep streets illuminated and garbage picked up.
“Saying you’re investing x-millions of dollars in (dedicated short-range communication) is not a message residents in most cities (are waiting to hear),” Mark de la Vergne, chief of mobility innovation-City of Detroit says on an urban mobility panel at the conference June 7. “How this gets communicated outside of rooms like these is challenging.
“It is a foreign (concept) in a lot of cities where catching the bus and making sure you’re home for your kids is the No.1 priority,” he continues. “Wondering about autonomous vehicles and DSRC is literally nothing that is close to being on your radar.”
De la Vergne advises cities to start thinking about how to communicate the merits of smart mobility, which includes a future where vehicles communicate with each other and the infrastructure.
John Barney, vice president-transportation sector for Ericsson, points out Audi’s Traffic Light Information is a good way of showing skeptical taxpayers a real-world technology that could benefit their lives. The vehicle-to-infrastructure technology is on some ’17 Audi A4, allroad and Q7 models sold in Las Vegas. The vehicles, via onboard 4G LTE, receive information from the city’s traffic-management systems and through an in-vehicle display tell drivers how much time remains until a red light changes to green.
“It’s out there (and) it’s easy to point to and helps explain why we’re doing some of these things in a way a non-telematics person will understand,” Barney says.
Audi has said it hopes to go beyond the time-to-green feature and use traffic-management system data in the U.S. to predict the best travel speed to “maximize the number of green lights one can make in a sequence.”
Barney says any infrastructure improvements municipalities are making should be with a future smart world in mind. For instance, he says Ericsson and Philips created a streetlight with hidden small cells for high-speed broadband.