In reply to DancingOnRock:
> No. The car will protect the occupants over the lives of other people.
As identified above the "other people" are likely to be pedestrians, cyclists or perhaps motorbikes. They don't pose much risk to the occupants of the car.
My best guess is that the car will stop as rapidly as possible. Far safer than trying to execute a last moment swerve. If it can predict ahead to a collision even by a hundred milliseconds it can also pre-deploy pedestrian safety airbags. It will certainly be breaking 250 ms to 500 ms before a human driver.
This sort of unexpected pedestrian or cyclist collision is usually (not always!) restricted to areas with lower speed limits, so the outcomes should be quite optimistic.
I've wondered before about cyclists on what we might call "future digitally networked roads". A cyclist could choose to use a location sensing/GLONAS app on their phone that broadcasts their position in real time to the traffic management systems. This way all cars would know about them in advance, and the cyclist could opt to receive audio or heads-up (glasses) warning of inbound vehicles.
If vehicles end up in a live, real-time mesh network then one car may see a pedestrian hazard and warn other cars that are at-risk but can't see it. All sorts of other information could feed in to the traffic management system - motor vehicles, cyclist and pedestrian phone apps, CCTV, "smart pavements", incident-responsive UAVs, all sorts.
The next 5-20 years have a lot of hurdles to overcome, but the longer term is fascinating.
Imaging growing up in a 2040s UK where it's basically impossible to get yourself hurt by a motor vehicle, and then going on holiday to somewhere with traffic like it is now in Bangalore. You probably wouldn't last long...
Post edited at 21:52