In BriefFujitsu, a company that is based in Japan, asserts that they have an AI that can help the police determine where a criminal may run. And they are using it to deploy officers.
They Can Run, But We’ll Know Where
Apprehending criminals on the run proves to be a tricky task, especially in a big city. With several exit strategies readily available, criminals can escape on foot or via public transport (such as via bus or subway), or by driving a car. On top of this, there are shops, alleyways, and intersections galore. Of course, there are also a ton of other people.
All of this creates a high risk of failure for police. With limited security personnel, it is impossible to seal off all possible escape routes.
Now, Japan’s largest global information and communication technology company, Fujitsu, says they have found a way to effectively disperse police forces for a higher chance of capturing criminals—by using game theory to predict their probable moves. While it isn’t new to use game theory to predict, counteract, and apprehend criminals, this is the first time anyone is applying this system for this use.
Crime Busting Goes Global
The company collaborated with the University of Electro-Communications in Japan for the research, which they claim can rapidly generate a solution system for sealing off escape routes with police dispersal. It takes approximately five minutes.
”Fujitsu Laboratories and the University of Electro-Communications have developed an algorithm to rapidly solve city-scale road network security problems. Compared with previous technology, this makes it possible to find the theoretically optimal security plan 20 times faster, on average, for a 100-node problem, and 500 times faster, on average, for a 200-node problem,” Fujitsu says.
The company plans to scale up by commercializing the technology through their Fujitsu Limited AI arm, Human Centric Al Zinrai (Zinrai), next year. Along with the University of Electro-Communications, they also plan to expand the technology to work beyond city-scale road networks. Details of this technology were announced in this year’s International Conference on Autonomous Agents and Multiagent Systems (AAMAS 2016), which is one of the world’s largest AI and multiagent conferences, held May 9th in Singapore.