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InitialsDiceBearhttps://github.com/dicebear/dicebearhttps://creativecommons.org/publicdomain/zero/1.0/„Initials” (https://github.com/dicebear/dicebear) by „DiceBear”, licensed under „CC0 1.0” (https://creativecommons.org/publicdomain/zero/1.0/)VE
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2 yr. ago

  • Companies don't trust their workers because they don't treat them well enough to earn their trust.

    So to avoid the trust issue they just implement more and more draconian techniques to make up for the lack of pay/vacation/respect.

    It honestly might even be cheaper than just being nice to your employees. So yay? Profit?

    I personally do not trust any company provided equipment. I would never do anything untoward within the eye of their cameras. I work from home and I set up a second wireless network for all my work gear, and firewall rules to prevent them from talking to anything on my networks. I also use an external webcam that is usually turned off (electrically, as in no power flowing), and even my microphone goes through a sound board that can completely turn off. Bonus points is that I can also turn my mic down on my board, or pad it to hell and back and even if the meeting software lies about me being muted, I know for sure thanks to my trusted hardware.

    Sounds like an arms race due to mutual distrust.

    Surveillance cold war?

  • US gun owner here:

    It 100% warrants a call to the police.

    Sounds like assault with a deadly weapon, and if he took it out to show, then it's brandishing. It doesn't matter if it was non-firming because the target didn't know that, and typically these laws are written to be what "a reasonable person would believe".

    Also, at the time this happened he was a known user of Marijuana and thus not eligible to own a firearm, as that rule had not yet been struck down.

  • If you get the grounding box you can have an antistatic collar for the dog and a strap for the human. Plug both in and you're both at the same potential.

    Alternatively the human can touch the banana plug side of the strap, as the in-built resistor will "slowly" equalize the charges between you. I say slowly because in human terms as soon as you touch its already done.

    @boogetyboo

    The ugg boots may be electrically isolating as well, so a heel-strap is typically worn in ESD environments to overcome insulated soles. In combination with a grounding floor mat, this works without having to think too much about it.

    Additionally, you can get a humidifier and maintain a relative humidity above 40%. Thankfully you don't need insulation to do this!

    Source: nasa esd training

  • That's the beauty of the "can't hold the position consecutively" rule.

    It doesn't matter what age, party, or how long you've been in office.

    You can always run for a different office, or wait for the next term to run again.

  • You're right, it's never as long as this. I am young, though so I don't know how it would show in an ancient man hahaha.

    I don't see the appeal in insisting everything is fine. I would rather see my leaders saying "hey, I don't feel good so I'm going to take some time to get healthy".

  • I do have to admit, after getting concussed I also appeared to freeze but I was thinking hard of what the right word is to say next.

    That said, probably anyone in concussion recovery should be on leave from legislating. The brain will heal more slowly, and your work will be of poor quality.

    That's all before getting into the actual politics of having a gerentocracy.

    I know a lot of people have talked a out adding an age limit, but it seems to me most of the ancient ones are skating by on incumbent effect. If we had term limits it would resolve that. Alternatively something like the Virginia Gubernatorial rules where you cannot hold the position successively.

  • At this point maybe we should spin off a new uniformed service from the navy nukies. The Uniformed Nuclear Energy Corps. Federally run nuclear power!

    In the interim, build some generator ships to supplement any city with a port.

  • If trans people die after being denied by the sexologist, then the safety is illusory.

    We cannot exist when we are merely tolerated.

    Some of the states actually do give a fuck about us and it's important to call that out along with the states that want us dead.

  • So Canadá is going to let trans people get treatment with informed consent model, right?

    Right?

    Some of our states are really good for trans people. A map of which regions yo avoid would be far more helpful than a blanket warning.

  • I am an engineer that has worked in the space industry my entire career, and here are my thoughts:

    GOES and METEOR weather satellites transmit images publicly that are NOT real time, but are downlinked, processed, and uplinked for public broadcast. This is pretty simple and saves a lot of processing power on the spacecraft side. That's important because the biggest constraints on spacecraft processing are: power budget, radiation hardiness, and thermal.

    I was able to find an image of the actual satellite in assembly. From this we can guess that there is probably not more than a square meter of solar on-board, so we can give it a round 1300W of power. I couldn't find any orbital parameters(If Gunter doesn't have it, who does?), but given it's main task is as an imager, we can assume LEO, and so this 1300W isn't going to be constant since the spacecraft will most likely be eclipsed part of the time.

    Generous 1000W average solar flux, generous 25% panel efficiency, 250W/h.

    So lets look at rad hard processors. They have to be either shielded or run multiple and do voting, though even that isn't fully acceptable as some SEU (single event upset) can cause permanent damage and leave you down a voting member. The latest and greatest RAD5545 advertises 5.6 giga-operations per second (GOPS) at 20 watts, so if we assume (artlessly, and likely incorrectly) a linear power usage, the 80 TOPS of the WJ-1A should need some 280kW. So we know they aren't using a typical rad-hard CPU topology for their AI models. I see that Corel/Google advertise 2 TOPS per watt on their edge TPUs (Tensor Processing Unit).

    So assume a large ASIC (application specific integrated circuit) at the same efficiency of 2TOPS/W, with 4x multiples for voting and we get a far more reasonable 160W. Still a LOT of power on orbit for such a small spacecraft, but actually possible.

    So for thermal limits, do they run the TPU only on the dark side in place of their on-board heater? The have some white panels that might be radiators, but it's hard to say.

    Hard to say from these fluff articles. I really want to hear:

    • What's the efficiency on the TPU?
    • How did they make it rad-hard, and how long do they expect it to last?
    • What models do they run on the edge?
    • What is their downlink budget? Can they pull full imagery if they want it or are they limited to ML analysis only?

    I expect to see more ML in space, but to be honest I did not expect it to be in such a small form factor.