Traffic: Digitalizing like a real-time company
To function as well as a digitalized company, traffic must be as transparent as a company’s business figures. But to achieve this, it must first be digitalized. A commentary by Prof. Alois Knoll
When companies look at their sales figures, breaking them down into day-to-day operations and product groups in individual business units as needed and making sales forecasts for the next few days or weeks, this is no longer necessarily a challenge. That’s because in a real-time enterprise, processes are digitalized. Analyses and forecasts can increasingly be made at the click of a mouse, and management decisions can be made in real time, for example in a digital boardroom.
Measuring success by flow and fewer accidents
Suppose traffic in Germany were a business enterprise, with the CEO in charge of business areas such as autobahns, rural roads, and urban traffic, and the company’s success measured by the flow of traffic and the minimization of accidents: The managers of “Traffic Inc.” – transport ministers in the federal states or commissioners in cities – would do everything in their power to know as precisely as possible what is happening on the roads. To make this possible, traffic processes must be digitalized and figures on the throughput of road users as well as traffic jams and accidents must be transparent and available in real time.
Digitalized roads and intersections as a prerequisite
The prerequisite for this: Traffic is digitalized. Sensors on roads and especially at intersections monitor traffic – a digital twin is created that reflects the current situation much like the sales figures of a business unit or a branch. The Providentia++ research project has already proven that a digital image is possible in real time. The reality on the roads is analog. That’s why digitalization should now start at high-traffic points near subways and concert halls and on major thoroughfares, and then gradually be expanded. Incidentally, air values such as nitrogen oxides, particulate matter, etc. can also be measured with appropriate sensor technology, so that an indicator for air pollution would also be available centrally.
Digitalization for better traffic control
Traffic can only be optimally controlled if it is digitalized. Highway operators would be able to correct breakdown points, quickly detect wrong-way drivers, and warn of sudden traffic jams. Cities would be able to reroute traffic during major events and react ad hoc to unforeseeable events. A vehicle cannot detect such situations on its own, as its onboard sensors can only see as far as the vehicle ahead and the view is often obscured and limited by other vehicles. With digitalized traffic, road users would get a live view of traffic and receive suggestions for alternative routes. They could also get information about how busy a train platform is at the moment, for example, which could be especially interesting during corona times.
Artificial intelligence helps with “Vision Zero”
Another key advantage is that artificial intelligence has long been capable of analyzing gigantic volumes of data very quickly. When does a traffic jam occur, and in which constellations do accidents happen? The more data is available, the better patterns can be identified that indicate the formation of a traffic jam or an accident – see also “How artificial intelligence recognizes objects and looks into the future”. This in particular offers enormous potential for finally getting a step closer to the European Commission’s “Vision Zero” (no more traffic fatalities on the roads). Because the faster information is obtained, the faster decisions can be made.
But it is also clear that whoever digitalizes traffic and thus makes it transparent must also take responsibility for it – just like the CEO of a company takes responsibility for business development.
FURTHER CURRENT TOPICS
Resilience for sensors and algorithms: 3 errors in focus
The external infrastructure plays an important role in compensating for sensor errors and making connected driving safer and more reliable. AI expert Dinu Purice from Providentia++ partner Cognition Factory is working on algorithms to improve reliabilit.
Plausibility checks of sensors: Particularly efficient in networks
The more sensors are integrated in a network such as Providentia++, the easier it is to find errors. Intel has developed a plausibility check for the roadside infrastructure monitoring sensors. Researcher Dr. Florian Geißler on identifying and excluding bad measurements.
Traffic: Digitalizing like a real-time company
The more traffic is digitalized, the better accidents and traffic jams can be prevented. Real-time decisions have long been established in companies. What can we learn from the world of business? A commentary by Prof. Alois Knoll.