Someone has to program these AI engines. And we only have to look at the state of the art as far as programmers are concerned to think about whether we want to pay any attention to what is produced.
Think of the number of things that you turn off in a car before you set off.
How much effort do you put into plotting routes that the satnav cannot screw up.
How careful do you have to be with torque settings in the workshop manual.
It relies on people being thorough, meticulous, and have a good overview of whatever they are developing. And by and large they are not given the time to use any of those qualities - even if they have them.
We bought what is probably our last car. It was available now, had been on the showroom floor for a couple of years. So we took it and it had all of the bells and whistles.
So we play this game. You have to remember I am in the Uk. We drive on the left, overtake on the right. I try to overtake a cyclist. My car spots that I have gone over the white line and steers me back into the cyclist. Now maybe I should have indicated - but that looks like I am going to turn right, and numpty behind me will immediately switch to my inside to go past - straight into the cyclist.
I cannot turn this feature off permanently. I have to turn it off each time I turn on the ignition.
As I understand it, This is the same company that developed a bit of logic that prevented the car from braking if the accelerator was being pressed. Apparently for one poor family, the accelerator got stuck under the carpet and the brake would not operate. Occupants were killed at a junction while on phone trying to get help.
And it has radar detection / cruise control. So if the car in front slows down, my car slows down. If the car ahead speeds up, my car speeds up. It is pretty aggressive when it speeds up and it seems that it can do only one thing at once. So if the car ahead speeds up, and then slows down, my car is still speeding up before it starts to check the distance. Two or three cycles of this, it would crash.
Similar sort of thing with automatic white line centring. On motorways, the car will 'steer' itself. That is, if it spots that the white line at the side or centre of the road is turning right, it will ease me round the bend. Sometimes, no, often. Often it doesn't spot the white line is turning until it is about to cross it. It then over corrects, and then overcorrects the other way. I don't know what it does after that 'cos I chickened out and yanked it back into line, but it feels as though it would very rapidly get into an oscillation from which it cannot escape.
And it doesn't look ahead. It knows the car up ahead is slowing, because the dash shows me it is in radar range. At motorway speeds it is pretty good at slowing down. At country lane speeds it doesn't bother and waits until almost crisis point before it slams on the brakes. At least, I assume that it does. I take over long before it has got to that state. But it is happy to slam on the brakes on a left hand bend when the oncoming traffic on my right appears to be directly ahead.
My headlights move automatically as I turn the steering wheel. So the beam points in the direction that I will be heading. So if I am turning on a bend that is gradually going right, my main beam is moved so that it is pointing towards the oncoming traffic. I don't know about you, but when I am taking bends at night, I don't stare at the oncoming traffic. I look at the nearside of the road - ahead and on my left. I can see beyond the oncoming glare and that is where my dipped beam would normally be pointing. But now, it not only points the headlight at the oncoming driver, it also takes the beam from the left side of the road that I using for my point of reference.
Someone has programmed these behaviours into the car. Someone else has approved them as a good idea. Everyone seems to be jumping onto the computer gimmick bandwagon and saying that it is AI. it isn't. It is, in my opinion, just very questionable design and programming.
(I Reposted this - this is a much more appropriate thread)