Snappily titled ‘Optimisation of flow in mobility systems with artificial intelligence (AI)’, the project was born from the need to change the way we travel in urban areas.
The aim is to promote a transition from current traffic management systems to more dynamic optimised systems that can be managed in real time.
Alan Turing Institute CEO, Alan Wilson, said: “Our vision is that urban planners and operators should have a system that shows the data in real time to analyse the operation of the city, integrating both mathematical and computer models, as well as automatic learning models, in order to simulate different scenarios and to offer them information when behaviour patterns change.
“The wide availability of data and new technologies can make transport patterns change drastically in a very short time. We hope that this will lead to improvements in the areas of health and mobility of urban populations, as well as to higher levels of safety and efficiency in traffic management.”
Toyota Mobility Foundation programme director, Ryan Klem, added: “Apart from the fact that special attention has been paid to artificial intelligence systems inside the vehicle, we’re especially excited about the opportunity to work with the Turing Institute. To apply data analysis and AI to a complementary facet of mobility: infrastructure. We believe that mobility is essential to promote social progress and improve the lives of people around the world and this project represents an important step forward to achieve a better society and help achieve harmony between all forms of mobility for all citizens.