Baron de Charlus wrote: » It's rare to hear of a copper email someone after an encounter, effectively saying "I was wrong and I'm sorry".
tomasrojo wrote: » I suspect that if there were a way of stopping narcissists from driving, it would be more effective and cheaper than developing autonomous vehicles and then reconfiguring existing cities to compensate for the AV's shortfalls. I dunno, take the licence away when people drive in such a way to make it unambiguously clear that they regard any delay or slight as requiring the unleashing of enormous power?
ED E wrote: » All we need is ANPR for those "Disco Drivers". Gardai get an alert every time such a person comes anywhere near a town. After the third arrest they'll give over.
ford2600 wrote: » Long way to go with this technology on basis of this accident; it's not as if she stepped out from behind a parked van, depending on road width and a walking speed of 5km/h(1.38m/s) their paths were a collision course for at least 4 seconds; probably more. That's a lot of emergency braking time; assuming a friction factor of 0.8 (on a dry road and a modern Volvo) 4 seconds emergency braking has you stopped from 113km/h
ford2600 wrote: The Deceased lady was pushing a bike across a road, had crossed another lane before entering uber car's lane; given there should be no darkness for AV and perception, reaction and brake actuation times should be in milliseconds this is precisely type of accident AV should not be having. Long way to go with this technology on basis of this accident;
Lumen wrote: This has to be the easiest accident to avoid (easy for me to say as the non-programmer).
Lumen wrote: » If a robot car cannot avoid a pedestrian walking out slowly across an empty, straight road whilst wheeling a bicycle fully side-on, what hope for the hard cases?
magicbastarder wrote: » vaguely related topic to the above - do any manufacturers yet include any sort of flight data recorder system in cars? probably issues related to data protection (and car manufacturers not wanting to implement something without being forced to); but the technology to include a GPS unit and the last hours worth of info of driving data, would be very useful to have. you could isolate it from all the other car systems, so you'd need physical access to the car to get the data.
magicbastarder wrote: » i wonder if the fact that it was a 'pedestrianised cyclist' is pertinent - would the car have detected a bike and rider behaving like a pedestrian, and confused the system? i know it's only one incident, but if you were to pick a pedestrian at random for the car to hit, the chances they are pushing a bike would be very low.
buffalo wrote: » I have vague memories of some insurer offering to put a black box device in your car in return for reduced premiums.
New cars rolling off the production lines are already installed with the next wave of on-board diagnostic tools, negating the need to install an actual device.
magicbastarder wrote: » yep, but i think that's more for tracking than actual collision investigation. e.g. there was a case reported on (and discussed here) where a motorist struck a pedestrian at night on a road with a 100km/h limit, and the motorist at the scene estimated he'd been doing about 90. but the garda team who assessed the site revised that down to 45-50km/h i think (slightly hard to believe). having this information from the car would clear up a lot of the ambiguity about collisions. i don't know if data collected by insurance companies would be useful (or admissable) in such a scenario.
The data can also be used to reconstruct crashes to determine fault.
This technology can also protect policyholders from false accusations being made against them. Richard King says: “One of our young drivers was recently arrested and accused of being involved in a serious crime. We were able to prove within moments that he wasn’t near the scene of the crime and that his number plates had been cloned.”
Diarmuid wrote: » As heartless as it sounds, there will be the easy deaths and the hard deaths with AVs before we get to a point of "zero"deaths. The big difference is once you teach (program) the car to handle a scenario, it, and ALL of those cars won't make the same mistake again. Humans will keep making the same mistakes as long as they are driving.
Even with the poor quality of the video, there's a solid 3 seconds between the first hint of an obstacle and the moment of impact. I'm pretty sure the average driver could've seen the pedestrian much earlier. According to the authorities, the vehicle was travelling at 38 mph (17 m/s). A typical car can stop from that speed in about 20 m. Even with poor braking, the car could've stopped in less than 2 seconds, leaving a whole second for reaction. Considering that the average human being can react to visual stimuli in about 0.25 s, it's not only more than enough time for a human driver to react, it's essentially ages for a computer, especially one that has access to LIDAR data, that can see way farther than the headlight can illuminate. This Uber car either had a malfunction, or their setup is unsafe. There's just no way around it.
rubadub wrote: » There are several going on about how much better they expect humans to be. But they seem to be ignoring the woman who was effectively a driver seemingly did nothing -was she very much different to the "average driver"?
On top of that, the video shows that Uber's "safety driver" was looking down at her lap for nearly five seconds just before the crash.
tomasrojo wrote: Quite a lot of stuff here, including about Uber's corner cutting in this field of AV.https://arstechnica.com/cars/2018/03...s-car-program/
And, of course, safety drivers are the ultimate form of redundancy in driverless cars. If they do their jobs well, safety drivers should be able to ensure that self-driving cars are at least as safe as a human driver during testing—since the driver will take over if the car makes a mistake. By contrast, court records unearthed by the recent Uber/Waymo lawsuit showed that a key architect of Uber’s driverless car technology was contemptuous of this approach to driverless car safety. "We don't need redundant brakes & steering or a fancy new car; we need better software," wrote engineer Anthony Levandowski to Alphabet CEO Larry Page in January 2016.