Google Wins US Approval For Radar-Based Hand Motion Sensor (reuters.com) 64
Alphabet's Google unit has won the approval from U.S. regulators to deploy a radar-based motion sensing device known as Project Soli. From a report: The Federal Communications Commission (FCC) said in an order late on Monday that it would grant Google a waiver to operate the Soli sensors at higher power levels than currently allowed. The FCC said the sensors can also be operated aboard aircraft. The FCC said the decision "will serve the public interest by providing for innovative device control features using touchless hand gesture technology." The FCC said the Soli sensor captures motion in a three-dimensional space using a radar beam to enable touchless control of functions or features that can benefit users with mobility or speech impairments.
Wow (Score:2)
What could possibly go wrong?
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IDK, but radar motion sensing is now commonly available in light bulbs and you can buy the sensors for less than a dollar a piece, so we'll find out soon.
Re: Wow (Score:3)
Re: Wow (Score:1)
No you shut up! In other words (previous poster) the article is true for more than one reason which is why it works perfectly in all situations and this is not even a little bit sad
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C'mon, this is just a radar controlled theremin; which has thousands of hour of safe use! Capacitance - radar; what's the difference!
FAA says no! (Score:3)
FAA says no!
I'm bathed in radiation already (Score:2)
It's sad that I already have to soak in WiFi. It's too useful not to use but it's unlikely to actually be good for you. Hopefully it's benign. It's been show that oscilating electrical fields do have unexpected coupling to humans and animals. FOr example, one can drive DNA resonances that lead to unwinding of DNA or bubbles of unpairing that can move through DNA. It's not the fields (which have wavelengths far beyond the molecule size) but some other coupling phenomena. THat can't be good though we ca
What coulda possibly go wrong? (Score:2)
On an Italian submarine? Everythinga!
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Cooked? It takes a microwave oven with 1500 watts of power about one minute to boil a cup of water. Assuming you weigh 150 pounds, how long would it take a million times less power to cook you?
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Or the room was built around them and they never used the door.
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It won't. They're non ionizing radiation
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Cooked? It takes a microwave oven with 1500 watts of power about one minute to boil a cup of water. Assuming you weigh 150 pounds, how long would it take a million times less power to cook you?
It will not be a problem here but with the right near field impedance matching, you can get a serious RF burn in less than a second with less than 5 watts if it is concentrated in a small volume. People who have messed with helical resonators and RF excited gas lasers have to be careful about this which I know first hand, well, finger.
Waiver (Score:2, Funny)
So they just waved it through? That seems a bit handwavy.
First! (Score:2, Funny)
When do we think Apple will claim to have done this first?
Based on previous behaviour, I give it a couple of years.
Re: First! (Score:2)
How does never strike you? (Score:2)
Hand waving gestures have always struck me as a dubious control mechanism - way to prone to false input as people move hands naturally. Nothing like going to blow your nose and deleting all your files.
On a side note..
The FCC said the sensors can also be operated aboard aircraft.
OMG no.
Re: (Score:2)
You like having to touch the same screen as a bunch of sick people on a plane?
Still never (Score:2)
You like having to touch the same screen as a bunch of sick people on a plane
A) I wipe down arm-rests and tray with a Clorox wipe when traveling. You don't??????? I mean, since you seem to care about touching surfaces sick people have touched, and you are sitting there for hours stewing in other people's filth...
B) Why are sick people touching my iPad?
C) Everyone would universally loathe hand gesture controls of airplane screens which is absolutely worst case for accidental triggering. Even if the extra
A new level of horror (Score:2)
You like having to touch the same screen
Sorry, just had to follow up with one more thought on this...
D) I just thought through the scenario of hand control for LCD's in front of your seat. That means the people NEXT TO YOU are constantly waving hands around instead of being still like they are supposed to.
Seriously can you think of a bigger nightmare in a situation where everyone around you is annoying already? Can you imagine how many more drinks would be spilled from trays just trying to adjust volume o
Comment removed (Score:4, Insightful)
Re: (Score:2)
nothing so nefarious. 'will serve the public interest' is a necessary condition for RF transceivers asking to use airwaves, which are (cough cough) managed in the public interest. Bumping up the radar transmit strength beyond usual legal thresholds means they need to get FCC (and maybe FAA or other) approval, and that puts them into writing a multiprong request: 'it's only a little bit more power needed, serves the public interest via ____, and doesn't impair existing uses like keeping jets from collidin
Comment removed (Score:4, Insightful)
The FCC is shutdown; unless you're Google. (Score:2, Interesting)
The FCC is shutdown; unless you're Google.
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Actually, I prefer Ellie Dee to Cherry.
What a wonnnderful idea (NOT) (Score:2)
Old reason why voice computing will never come in: the just fired employee is being escorted out of HR, and yells, at the top of their voice, "start!command!runasadministrator!format c-colon-slash!enter"
Now, with radar, gosh, you kids are too young to remember how pranksters used to hold up a couple fingers in a V behind your head when your pics were getting taken. Now, someone on the plane, in the seat behind you, can motion for your phone to download an app to steal everything you have.
Just because you ca
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Yes of course, because there will be a gesture for "download malware please."
Like, you're trying to make a joke, right?
Here's a gesture for ya Google (Score:2)
So the old power limits were too conservative? (Score:3)
The transmit power thresholds were chosen for some reason, no? Or did the FCC just pick the power levels out of a hat before? If they had valid reasons, how did those reasons change to make the higher thresholds ok today but not in the past?
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The transmit power thresholds were chosen for some reason, no? Or did the FCC just pick the power levels out of a hat before?
The thresholds were picked out of a hat. The need was "we want to assure a noise floor for this frequency." The choice of exactly what that floor should be was fairly arbitrary. It was also somewhat restricted by the signal processing technology of the time. That's the part that is changing, making one number out of a hat less necessary than a slightly bigger number out of a hat. With good signal processing, a higher noise floor can be tolerated.
There's also been advances in transmitter technology. No
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I agree with technology getting better and receivers being able to filter out the noise better, but as for transmitters, isn't the noise transmitted on harmonic frequencies regulated separately? If I have a 900MHz transmitter and my power limit is 100mW, are you saying I can transmit on any harmonic frequency I want as long as my total emissions are 100mW (so maybe 95mW on 2.7GHz and 5mW on all others including my main 900MHz carrier), or is it that I can transmit 100mW on 900MHz and some other power limit
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If I have a 900MHz transmitter and my power limit is 100mW, are you saying I can transmit on any harmonic frequency I want as long as my total emissions are 100mW (so maybe 95mW on 2.7GHz and 5mW on all others including my main 900MHz carrier), or is it that I can transmit 100mW on 900MHz and some other power limit for all other frequencies?
Your total emissions are limited to 100 mW. The FCC measures power being sent to the antenna, since that's by far the most convenient place to measure. This is why antenna efficiency is desirable. (Quite aside from making it easier for receivers to successfully extract your signal.)