Destroy a swarm of drones automatically: a laser weapon of the US Navy will get a function of AI

< img src = "/uploads/blogs/dc/f1/ib-f1/ib-f1dqpsv_499ea2a6.jpg" Alt = "will destroy a swarm of drones automatically: Laser weapons of the US Navy will get a function of the US"/> ~ < P > It is expected that the introduction of AI will allow laser weapons faster and more accurately evaluate and neutralize enemy drones.

< p > American researchers use artificial intelligence (AI) to improve the work of laser weapons so that it can automatically aim and destroy drones. This & nbsp; nbsp; nbsp; on the official website of the US Navy.

< p > How to explain in the US Navy to impress the enemy UAV system of tracking laser weapons has a number of difficult steps. It is a very time consuming job for a man-operator, especially when it comes to attack a whole switches of drones.

< p >In view of this, naval postgraduate researchers (NPS), the US Navy Navy Center in Dalgren, Lockheed Martin, Boeing and the US Air Force Research Laboratory have decided to automate the critical parts of laser tracking system with /P> < P > Due to improving the classification of goals, assessing the position, choosing a aiming point and supporting point of aiming, ship laser systems will be able to evaluate and neutralize drones more and more accurately. < P > To reach this level of automation, researchers generated two sets of data that contained thousands of images from drones and then applied to these sets < P > A series of three scripts was proposed to teach the system. The first used only synthetic data, the second & mdash; combination of synthetic and real data, and the third & mdash; only real data. According to the US Navy, the third scenario proved to be the most effective and had the slightest error.

< P > The next step will be field tests using radar and optical escorting of real goals with a semi-autonomous system in which the man-man will control some aspects of escort.

~ ~ ~ > < P > “We now have a real -time model within our tracking system. This calendar year we plan to demonstrate an automatic selection of a aiming point within the tracking structure to simply confirm the concept”, & mdash; stated