Earlier quoted context omitted.
For common routes, yes. For getting to John's house, where the path there sometimes floods, no.
So the first waymo to get to this less used road to john’s will not have the data rather than every waymo that travels down a new highway, that then becomes a problem if it rains. One car with an issue of first coincides with rain on a less used road?
Waymo updates 3,800 robotaxis after they 'drive into standing water'
131–140 of 223 posts
Re: Waymo updates 3,800 robotaxis after they 'drive into standing water'
#132Every time an issue is found, no matter how minor, it's fixed and updated everywhere. From now on, every car of that model (and future models, and related models) will no longer have that problem. Several passes of that improvement cycle, and self-driving cars become safer (and more efficient/comfortable/etc) than human drivers. At least, that's how it's supposed to work.
Re: Waymo updates 3,800 robotaxis after they 'drive into standing water'
#133"recall" = applies software update
Also I think it's wrong to call something a recall if it's not owned by customers. Waymo is a service.
Re: Waymo updates 3,800 robotaxis after they 'drive into standing water'
#134That's a tough problem - distinguishing wet pavement from deep water. Humans make that mistake frequently. Autonomous vehicles should probably be equipped with a water sensor. (We did that in our DARPA Grand Challenge vehicle back in 2005). Then they can enter water very cautiously and see if it's too deep. This may make them too cautious about shallow puddles on roads, though.
It’s a particularly hard problem in Texas. We get torrential rains and the landscape is relatively flat. Couple that with shallow soil over lots of limestone and it means flooding is really common. We also have roads that have a “low water crossing,” where a road crosses a creekbed that is normally dry but which will flood. There are often water depth signs there (basically a vertical ruler with feet marks so you can…
Re: Waymo updates 3,800 robotaxis after they 'drive into standing water'
#135Earlier quoted context omitted.
Texas has it easy. I've seen several places in England (and at least one in the western United States) where they have fords. For those not familiar, water runs over the road full-time, and people are expected to just drive through it like it's no big deal. Except for right after a storm, when it is a big deal. It's essentially the intersection of a road and a stream where a bridge should be, but nobody ever built on…
It seems to me you could do something interesting with floating warning devices that only appear when the water's too deep.
Stick in the ground will do it.
https://external-content.duckduckgo.com/iu/?u=https%3A%2F%2F...
Re: Waymo updates 3,800 robotaxis after they 'drive into standing water'
#136That's a tough problem - distinguishing wet pavement from deep water. Humans make that mistake frequently. Autonomous vehicles should probably be equipped with a water sensor. (We did that in our DARPA Grand Challenge vehicle back in 2005). Then they can enter water very cautiously and see if it's too deep. This may make them too cautious about shallow puddles on roads, though.
Re: Waymo updates 3,800 robotaxis after they 'drive into standing water'
#137Earlier quoted context omitted.
LIDAR isn't helpful for water. Standing water behaves like a mirror on LIDAR.
If the LIDAR can sense the road close enough to the front of the car, then it could estimate how far underwater the car is.
Here the goal is avoiding driving into the water in the first place.
Re: Waymo updates 3,800 robotaxis after they 'drive into standing water'
#138Earlier quoted context omitted.
It seems to me you could do something interesting with floating warning devices that only appear when the water's too deep.
Sounds like overkill. Stick in the ground will do it. https://external-content.duckduckgo.com/iu/?u=https%3A%2F%2F...
Re: Waymo updates 3,800 robotaxis after they 'drive into standing water'
#139That's a tough problem - distinguishing wet pavement from deep water. Humans make that mistake frequently. Autonomous vehicles should probably be equipped with a water sensor. (We did that in our DARPA Grand Challenge vehicle back in 2005). Then they can enter water very cautiously and see if it's too deep. This may make them too cautious about shallow puddles on roads, though.
It’s a particularly hard problem in Texas. We get torrential rains and the landscape is relatively flat. Couple that with shallow soil over lots of limestone and it means flooding is really common. We also have roads that have a “low water crossing,” where a road crosses a creekbed that is normally dry but which will flood. There are often water depth signs there (basically a vertical ruler with feet marks so you can…
Re: Waymo updates 3,800 robotaxis after they 'drive into standing water'
#140Earlier quoted context omitted.
I traveled to Austin 3 weeks ago and there were entire highways not on Google Maps. Apparently they were built in just a few months.
There's some places where Apple still thinks I'm driving through a cornfield even though the development is a few years old, now. I suppose I could inform them somehow, but it's not worth the bother.