My point was that the standard "Release all footage of accidents and look at how many accidents humans could have avoided" is not productive.
The method of illustrating this is to show how this standard would have performed with human drivers, who will generate hundreds of thousands of incidents that other humans could have easily prevented.
Those incidents will have some categorical differences, obviously. But incidents they will be.
If robots make 1 mistake in 10000, and monkey makes 1 mistake in 1000, robot's are unequivocally safer than monkeys.
It's that simple.
The question is how many mistakes robots make, and how many mistakes humans make.
I don't think you understand how this works. If you prevent more accidents than you cause, then it's safer. Period. It DOESN'T MATTER if those accidents you caused would not have been caused by a human. If you cause less accidents than humans on average, then it is safer. And Tesla has shown that data that even among it's own cars it's safer.
> And Tesla has shown that data that even among it's own cars it's safer.
I'm not going to trust the data from people who designed a system that immediately turns off the second it becomes apparent it would generate an adverse statistic. Get real.
That's all anyone has been talking about in this thread from my reading. There was no pushing back and forth.
> I'm not going to trust the data from people who designed a system that immediately turns off the second it becomes apparent it would generate an adverse statistic.
You're going to need citations for that. There's no demonstrations I've ever seen showing that.
Except for my post... that you responded? I'd have thought you read that, although I could be mistaken.
>You're going to need citations for that. There's no demonstrations I've ever seen showing that.
https://www.motortrend.com/news/nhtsa-tesla-autopilot-invest...
dang - all I had to do was google "Tesla FDS turns itself off"
It's not an unreasonable ask in those circumstances.