Comment Reverse H1B's (Score 1) 34
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I was just looking for Milton's Swingline stapler.
The military implications are obvious. Think Ukraine. If you suspect the enemy is trying to infiltrate on a dark night along several kilometers of frontline, you light up the scene while launching a bunch of low-cost FPV drones, and those infiltrators are about to have a bad day.
You *can* spot infiltrators in the dark with IR cameras, but it requires much more expensive drones and isn't usually as effective, hence the preference for night operations. Plus, there's IR camouflage, with varying degrees of success. But it usually makes you stand out like a sore thumb under illumination (you're basically wearing a tent).
Boeing invented and tested the concept in the 90's.
I would assume the likes Waymo collect and perhaps produce training video on such. If not, they are lazy.
RubberneckGPT?
This is a small prototype, not a full-scale mirror.
Also, ignoring that, pretending light brighter than the full moon is useless is... silly? For generating power, sure, but for illumination, it absolutely is not.
If we assume a best case scenario, that is all sunlight is captured by the 60 x 60 feet reflector and then send down to earth in a 3 mile diameter circle this would correspond to a light intensity of approximately 0.02 W / m2 or 2 Lux.
This is barely brighter than the light from a full moon. Probably not even enough for any color vision. So in which scenario does that help? And that already entails that a full satellite is only dedicated to you.
Try this: go outside away from the city during a full moon.
I think you'll be surprised.
In the middle ages, when it was too hot during the day, farmers used to till and plant fields at night under the full moon. It allowed them to get more work done during the planting season.
Also try this: go outside between the hours of 2:00 PM and 7:00 PM in Spain right now (July).
I think you'll be surprised.
If school hours aren't long enough to allow this, why not make school hours longer!
First, because there are only 24 hours in a day.
Second: I took AP classes constantly. Compared to normal classes, there was not "more homework." The homework was MORE RIGOROUS. For students who were not equipped for it, it might have taken more time than the "standard" class homework.
Third - The quantity of homework has gone up significantly since I grew up in the 1970s. - Every time I see some senilefuck say things like this, I suspect they're either lying or just not remembering correctly. Time to change your Depends in the retirement home, grandpa.
So the problem with these things is they Don't really work. Google admitted that at a congressional hearing.
Citation needed.
They're basically remote controlled cars with really really fancy driver assist features. Frighteningly it appears that they are sometimes piloted from the Philippines. Publicly Google will tell you that's not true but that's not what they told Congress when they were under oath...
Google doesn't even have self-driving cars. Maybe you're thinking about Waymo (which is part of Alphabet, not Google).
Regardless, no, to the best of my understanding, they cannot be driven remotely at all, at least by any normal person's definition of the word "drive". When intervention is required, the remote operators get a dump of camera images to review, and then they draw a proposed path on a map. The car then tries to follow it, and aborts if doing so would result in hitting anything. This may have to be done more than once to get it out of the problem situation. When the vehicle says that it is comfortable proceeding on its own, the remote operator tells it to go ahead, and it takes over path planning again.
At no point is any remote operator in direct control over the vehicle. All they can do is propose an alternative path when the vehicle's path planner gets stuck trying to figure out how to safely extricate itself from some situation. At all times, the vehicle's software is the driver. The remote operator is just hinting that it should go to the left of safety cone A, to the right of cone B, etc. (or whatever the situation happens to be). This is why it takes so long to extricate a stuck car. If there were an actual remote driver that could take real-time control, it would take just a few seconds.
The obvious problem with all this is that they're going to have problems with ambulances and such.
From what I've read, when a Waymo car sees emergency lights, it stops driving and gets out of the way. I do see one (presumably) recent video where a Waymo stopped in a place that actually delayed an ambulance from getting past it on a narrow street, so unless that's an old video, I'm guessing there's still a bit more tweaking required in terms of recognizing whether the right choice is to stop or to move out of the way. I'd imagine someone is already working on making sure that particular edge case doesn't happen again.
What I'm not seeing is evidence of some widespread problem with autonomous vehicles in general. There's an edge case here or an edge case there where something didn't work as expected. And they'll complain about it, and the AV company in question will figure out why the car did the wrong thing, update their training sets, and that specific scenario won't happen again.
(This, of course, ignores Tesla, because the emergency vehicle drivers can't tell if the vehicle is being driven by the car or by a human, making any sort of reporting problematic at best.)
So realistically, I suspect that the answer to a vague demand from a government agency demanding to know what AV companies will do to prevent bad interactions with emergency vehicles will always be "exactly what we're already doing", because apart from coming up with new simulated situations to test (which they're always doing), there's really nothing they can do to prevent the car from behaving the wrong way in some vague unspecified future situation that nobody has thought of yet. And the answer to what they're doing to prevent a specific situation will usually be "We've already updated our training sets and that won't happen again."
To that end, I'm really not sure what they're trying to accomplish with sending a letter like that. Seems more like political posturing than any actual attempt at solving a problem. *shrugs*
Why is their AI having trouble identifying emergency barriers, uniformed people making hand-signals, big puddles, and emergency vehicles? It doesn't seem like the kind of thing AI typically fails at.
Maybe the bot-car should ask the passengers for help if not sure. I suspect it often over-identifies such that engineers turned down the reaction threshold. Instead, try asking the damned humans. "Possible emergency situation ahead. I plan to stop and wait. Please confirm if this is a the proper action. Press 'Other' for other options."
What country's leaders wouldn't want similar goon-modes embedded?
10.0 times 0.1 is hardly ever 1.0.