I think you need to prove to me that a machine can better a person 100% of the time and do so without error or malfunction.
That’s an impossible task.
How about 90% of the time, and leading to a reduction of accidents/deaths on the road by say 90%.
Presumably you are one of those people that believes that even one accident by a computer driven machine is not acceptable, even if the accident rate is significantly lower than human driven vehicles?
That’s the situation at the moment. Per KM an automated car is less likely to have an accident. Yes, some will have accidents, but the accident rate is significantly lower.
So I’ve provided a statement that can be backed up by data. Can you now refute that with your own data (which is what I asked in my previous post)?
And that’s the issue with public perception and the general public’s misunderstanding of data and risk.
Edit: Here’s a real world example of a lorry driving itself, from over a year ago.
https://www.google.ca/amp/s/www.the...f-driving-truck-budweiser-first-shipment-uber
The lorry drove for two hours delivering cargo with a driver sat in the sleeper cab monitoring. The driver then took over when it hit town. The route has already been mapped (as discussed earlier). The tech is available now for driverless lorries on certain routes (such as major roads). The challenge now is to refine it and build it into a properly saleable product that the public will allow on public roads without a driver.
My bet is in/by 2023 there will be testing with no drivers in the cab at all (so the 5 years mentioned before) and in/by 2027 (10 years) there will be a few commercial vehicles available and a few routes they can drive on fully autonomously.
And if you want you can also go to Phoenix and get yourself self driving taxi ride.
https://www.google.ca/amp/s/www.wir...zona-phoenix-driverless-self-driving-cars/amp
There is a Waymo employee sat in he back but that’s not expected to continue for long.