How artificial intelligence solves problems?

How artificial intelligence solves problems?

The answer is the artificial intelligence requires the parameters, what it should follow, and then the system makes the solution. When we are thinking about the example of this kind of thing, where the system will solve the problem automatically, is the selection of the road for the car, and the things, what the system requires are the data of the fuel consumption of the car, the length of the road.

Also, the important things are the speed limit and the traffic jams or how long the journey takes. That data is important because if traffic on some roads is stopped for a long time, that thing can cause an increase in pollution. The thing, that this kind of system requires is the starting and ending point of the journey, and this kind of system would communicate with the traffic control center.

Maybe this kind of thing causes problems with privacy, but that thing can be voluntary, and the carrot for that kind of thing like cooperation with authorities would be decreasing the tax of the car. But the thing is that this kind of cooperation can be forced by the law, and that is the thing, what we must realize when we are thinking about this kind of system.

After all, idling is just the waste of fuel and if the traffic is stopped for a long time, that would increase the need to load the battery. But for making the effective decisions the artificial intelligence requires realtime information and the accuracy is the thing, what is straight comparable with the effect of the solution, what the artificial intelligence makes.

So if the data, what the system uses is the real-time updating that would have a great effect on things like hybrid vehicles. The system can calculate the road, which allows driving the longest possible distance by using electric motors. The artificial intelligence can also suggest an alternative road if there is some kind of traffic jams. That kind of artificial intelligence-based system would also tell the authorities if the instructions of the systems would not be followed.

The next system would require that the mobile telephone where is the right software. In this case, the mobile telephone would put in the rack, where it can record the image from outside. That mobile telephone will send the data to the car's central computer or the computer center, and the thing is that the rack must be only in the angle, that it sees the traffic signs. That thing can send data to the computer about the speed limits and of course, that kind of data can also get from the GPS and the traffic control computers. But the two routes for taking the data are making the system more trustworthy than using only one route or way to get data for the system.

If we are thinking about the safety of driving the semi-automatic systems can make driving easier and safer. The image-recognition system along with the GPS can set the top speed of the vehicle for following the speed limits, and that kind of systems can tell the authorities, that some sign has been covered. When the vehicle would pass the sign, the image identification system would scan the traffic signs and if there is some kind of problems, the GPS will tell the location of that traffic mark. Even that kind of thing would not be compulsory, this kind of system would cause that the car tax is decreasing because the driver would take part in the traffic environment and infrastructure maintenance.