Earlier quoted context omitted.
>t's a tool to help attentive drivers avoid accidents that might have otherwise occurred. This needs far more discussion. I just don't buy it. I don't believe that you can have a car engaged in auto-drive mode and remain attentive. I think our psychology won't allow it. When driving, I find that I must be engaged and on long trips I don't even enable cruise control because taking the accelerator input away from me is…
> This needs far more discussion. I just don't buy it. I don't believe that you can have a car engaged in auto-drive mode and remain attentive. I think our psychology won't allow it. Does anyone know of psychology studies that measure human reaction time and skill when sometime like autopilot is engaged most of the time? I remember taking part in a similar study at Georgia Tech that involved firing at a target using…
Yes. That's been much studied in the aviation community.[1] NASA has the Multi-Attribute Test Battery to explicitly study this.[2] It runs on Windows with a joystick, and is available from NASA. The person being tested has several tasks, one of which is simply to keep a marker on target with the joystick as the marker drifts. This simulates the most basic flying task - flying straight and level. This task can be put on "autopilot", and when the marker drifts, the "autopilot" will simulate moving the joystick to correct the position.
But sometimes the "autopilot" fails, and the marker starts drifting. The person being tested is supposed to notice this and take over. How long that takes is measured. That's exactly the situation which applies with Tesla's "autopilot".
There are many studies using MATB. See the references. This is well explored territory in aviation.
[1] http://web.ics.purdue.edu/~archerj/Course%20Deliverables/IE%... [2] https://matb.larc.nasa.gov/software/