The airport’s security queues could be reduced after an investigation by Queen’s University.
The time required to process data through scanners can be reduced from 10 seconds to less than one tenth of a second.
Scholars in Northern Ireland hope to hinder arms smuggling as part of the research funded by a grant of £ 1 million.
Dr. Okan Yurduseven of Queen’s University said: “When we arrive at the airport, everyone has to go through a security clearance and body scanners that may take some time.”
“When we go through the scanner, it can take around 10 seconds to collect and process the data and reconstruct an image.
“It takes even more when the data is sent to a controller, which then manually checks it for illegal items. You can also add additional time when there are false alarms.”
“While this may not seem like a long time, we have to take into account the large volume of people that seep through airport security every day, and this creates huge queues.”
“More worrying is that the current system has been investigated and problems have been raised in terms of how many illegal elements could go unnoticed.”
Security scanners are used at airports, as well as at railway stations, schools and large events such as concerts.
In 2015, an internal investigation of the Transportation Security Administration in the USA. UU. He revealed that undercover investigators were able to smuggle simulated explosives or ban weapons through checkpoints in 95% of the trials.
Since then, Dr. Yurduseven has decided to develop a more effective solution that would also reduce waiting times.
He added: “This Leverhulme Research Leadership Award will allow us to create technology that is completely electronic, rather than being manually operated, and this will allow scanners to process images in real time. We believe that the entire scanning process should be completed in less than a tenth of a second
“By integrating machine learning into the design process, we will substantially reduce false alarm rates in the detection of threatened objects. The result of this project will be vital to ensure the safety of the public worldwide.”
They will use state-of-the-art millimeter wave radar systems.
Dr. Yurduseven added: “We expect the end result to be a much more effective system, which will lead to safer results and reduce waiting times, so we hope there are shorter queues at airports and other places that use these scanners. ”