3 ms·
Sure, question is, does that lower level of stress make it harder to pay attention enough to save your life when the 0.1% event happens?
by sliken 8y ago
Sure, question is, does that lower level of stress make it harder to pay attention enough to save your life when the 0.1% event happens?
- Retric 8y agoFirst stress kills, so the heath benifits are meaningful. Second, these systems are adding redundancy. As both the system and human driver needs to fail which means someone that’s only paying attention 98% of the time can still cover for 49 out of 50 times the system fails. Current data suggests a net gain in safety which is likely to improve as these systems mature.
- sliken 8y agoI agree, but the problem is if you are not controlling the throttle and not controlling the steering wheel.. what are you doing? I find it tedious, but not particularly hard to drive for 12 hours in a row. On road trips most people I travel with fall asleep within a few hours if they are not driving. Seems human nature to watch the car avoid 99 problems, and fall into a false sense of security and stop paying attention. Sleep, cell phone, talking to a passenger, or just day dreaming seems ever more likely the longer you are letting the car drive. It's 2 people so far that lethally broadsided an 18 wheeler with a tesla on autopilot? So an attentive human + FSD sounds great. Not sure humans are going to be able to stay attentive though. Sure at some point inattentive human + FSD will be safer than a stand alone human, but it doesn't seem like that's happened yet. Telsa seems a bit evasive with the safety data. Maybe it's because human with autopilot off (but safety braking on) is just as safe as human with autopilot on.