Artificial intelligence is the very good thing when the massive quantity of the data must be processed.

Kimmo Huosionmaa

The artificial intelligence made the history and took more points than human in the test, what meters the understanding the texts. This is quite easy to understand because the computer programs are very sharp when they must compile the worlds and in this kind of systematic work, the computers are best in the business like people used to say. Computers are very systematic things because they will never miss the line, example in the excel spreadsheets. In the real life, the fact is that computer programs will not make mistakes. Only mistakes what computers do cause by the programmer.


When we are talking about the artificial intelligence, we might notice that this kind of machine or computer program is very good in the works, where the huge numbers of information must systematically separate and process. And this makes the computer the excellent workers in the air traffic control. The computers will get the information what they need from the radars and airplane's transponders.


They will compile the real situation in the parameters what the transponder will send to the system, and the speed and position vectors will give the information if the airplane is not in the right course, and of course, if the wheels are in, there will be some problem with those airplanes. So if the airplane doesn't follow the VOR-signal, there will be the big problem. If the pilot has been hijacked the airplane, the air traffic control must have changed to take the control of the plane. That might be dangerous, because if the hackers will get this system in their hands, would they fly that plane to the wall.


Artificial intelligence is the very good servant because it can't think productively. That system doesn't have feelings, and computers don't get angry. In the warehouses, the artificial intelligence can find material faster than human, because if the stuff what comes in the warehouse is equipped with the RFID-sensors, the robots can find those packages immediately by the radio scanners. This is the artificial environment, where all things are marked with the RFID-component.


But if that component is missing, it is very nice to see, how the robot will work, if its system will notice, that there will be no RFID-sensors in the packages. This trick is known as the selective computing. If that robot doesn't notice the RFID-signal, it will start systematically find the package. In this situation, that robot will use the image-scanner and if it has the size of the package, it can use that information for eliminating too small lockers. But this is only the fictional system, and I didn't write about the things if somebody has dropped the package or it must be found in the somewhere natural environment. This system works only in the fully synthetic room, there are no walls and trash on the floors, and the system works perfectly. But this is not so easy in the real life.