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The epic battle against artificial intelligence and the human pilot is in next-year.

 



The epic battle against artificial intelligence and the human pilot is in next-year.

The epic battle against artificial intelligence controlled drone and the human pilot is coming in next year. The purpose of this epic battle is to collect data on human reactions and then program those reactions to artificial intelligence. So this is one of the most advanced and at the same time scariest things, what is going on in computer science. In cases, where reporters are written about artificial intelligence, there is one thing, that we should observe more carefully. If there is one person in the world, who can win artificial intelligence, that doesn't mean that all humans can do that thing.

That thing was visible in the 1990's chess computers, and the media was always proud when the human player won the chess computer. The human who won that program was the best chess player in the world. In that case, most of the chess players would be lost to that chess program, and if we would transfer that scenario to the air combat, that means that most human pilots will be lost to that machine. 

When we are thinking about the benefit of artificial intelligence to the human pilot, artificial intelligence doesn't need training at all, and if we are observing artificial intelligence in the point of view of the machine learning, those systems, what can be installed in every aircraft in the world can share the mission data with all other aircraft. That means if the drone is lost, the system can change the tactics or drone type immediately. 

And this is one of the points of why the learning machines are so sophisticated. But the thing is that when the fighter pilot has 2000 hours of experience that person can win the artificial intelligence. And here we must say, that the simulation is not the real situation on the battlefield. If a person messes with simulation, that thing can always retake. 

In real combat, there are no second chances, which makes those real situations a little bit different than the simulated situation. But as you see, the modern military world is hybrid. That means that drones like Kratos XQ-58 "Valkyrie" can flight along with manned aircraft, and then pull the missile fire to them. 

And those so-called "low cost" drones can also operate in kamikaze-mission, and maybe in the future, the attack and especially ground attack missions are made by using the drones, which have a hybrid operating system. That kind of system is operating by remote control, but the artificial intelligence can take the command if the control signal to those drones is lost. 

The system that the attack drone uses is the same as what is used in the cruise missiles. Those drones are using Digital Scene-Matching Area Correlation (DSMAC) along with the image-recognition systems for aiming the targets from the targeted area. These navigation systems are independent of the GPS, which means that the GPS-jamming has been lost their effect.

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