A new motion tracking system could improve the efficiency of security and military surveillance.
The system, a collaboration between the Naval Research Laboratory and Space Dynamics Laboratory, has been shown in testing to accurately recognise, geographically pin point and take high quality images of moving objects, without any human input.
In the tests, carried out in March of this year, the system was able to track vehicles and also showed the possibility of being able to identify humans. “The demonstration was a complete success,” said Dr. Michael Duncan, Office of Naval Research program manager.
In these tests the researchers used a camera known as the Eyepod, developed by the Space Dynamics Laboratory. This camera, when operated from a height of 5000 feet, can identify objects on the ground from 17-80 cm across, depending on the set up. The camera was able to accurately track objects on the ground and relay high quality images and information to a communications centre, via a high-speed data-link.
“These tests display how a single imaging sensor can be used to provide imagery of multiple tracked objects,” said Dr. Brian Daniel, a research physicist who worked on the project, “A job typically requiring multiple sensors.”
There are many different potential applications for this research, ranging from the more obvious military uses to high-end private security. With the UK containing more CCTV cameras per person than any other country interest in this technology is likely to be high.
Both military and security surveillance generates a huge quantity of footage, which is time and money consuming for humans to observe in entirety. It is believed that this new technology could help make surveillance more efficient and to improve the speed with which intelligence reports can be produced.