Motion sensors don’t provide localization. Gps on cellphones are only really accurate to a few dozen meters.
You can couple gps and motion (and changes in gps location) to fudge it. Which is why when you diverge off the route navigation provides… it takes it a moment to figure it out. In the display, they “know” you’re on the road so it doesn’t have to be that accurate, they just guess what lane you’re in based on direction and such.
They’re certainly not going to know what seat you’re in.
And how does the phone know if you just take left turns faster? How does it know if you’re in the left or right lane? It has no way of knowing what the forces are, or if that variation is caused by something else.
Your phone has no idea which side of the car it’s on, and insurance companies and their apps really don’t care.
Motion sensors don’t provide localization. Gps on cellphones are only really accurate to a few dozen meters.
You can couple gps and motion (and changes in gps location) to fudge it. Which is why when you diverge off the route navigation provides… it takes it a moment to figure it out. In the display, they “know” you’re on the road so it doesn’t have to be that accurate, they just guess what lane you’re in based on direction and such.
They’re certainly not going to know what seat you’re in.
doesn’t need to, nor does localisation matter for this topic.
it’s a matter of centrifugal forces on turns.
And how does the phone know if you just take left turns faster? How does it know if you’re in the left or right lane? It has no way of knowing what the forces are, or if that variation is caused by something else.
Your phone has no idea which side of the car it’s on, and insurance companies and their apps really don’t care.
if you say so. you’re completely wrong, but whatever helps you sleep at night.
You have a proof ?
Yeah ur insurance rate sky rocketing