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Maybe a 3rd file would work? You could add all of the relevant data there and when translating between one language or the other it would prune any comments or unsupported features as the output is generated.
Maybe a 3rd file would work? You could add all of the relevant data there and when translating between one language or the other it would prune any comments or unsupported features as the output is generated.
Oh, my mistake. Disregard me then.
That’s hilarious. I didn’t know that
I think the difference is that it sounds they are just looking for something JSON-like, just enough to edit and save a change. It might not need to be valid.
It sounds like the issue you’re running into is 2 parts:
I think the best implementation that stays within your constraints would be to purchase a hotspot with Ethernet capabilities (like MiFi or Cradlepoint) and place it where you can best get reception. Then buy a couple meshing access points like Ubiquiti APs and place them throughout the house. Run an Ethernet cable from the hotspot to one AP and then mesh the rest. If you can run Ethernet cable to each access point using a network switch, that’s even better.
Agreed 100%. They should be forced to add the cost of handling and recycling the material. Honestly, this should’ve been done with all plastic from the get go too.
I’m pretty sure you can load the model using RAM like another poster said. Here’s a used server under $600 that could theoretically run it: ebay.
I think I read somewhere that you’ll basically need 130 GB of RAM to load this model. You could probably get some used server hardware for less than $600 to run this.
You’re right, something like what I described wouldn’t necessarily need networking to work like that. However, think if you had to manage 100 or more of these devices for people in an assembly plant. Deploying new torque specs to all of the workers’ tools wirelessly would be much faster than having them bring them in individually after each batch job had been completed.
For efficiency and quality of service. If you have to tighten a hundreds of fasteners with specific amounts of torque then this would make the work go much more quicker than using a manual torque wrench.
This really isn’t shocking news. Tons of industrial devices have poor or out of date security. This is why you always segment off your Operational Technology on your network.
And yet they are still generally more efficient than ICE vehicles.
I’m pretty sure they’re taking about Xi.
Ooh or “gender = null”
For real.
It looks like the actual number of candidates were 958 and only 15% of that number were reserved for testing, the rest were used in AI training data. So in reality only 144 people were tested with the AI and there’s no information from the article on how many people were formally diagnosed of this subset.
I think the key is using argon bubbles as a method of nucleation for the PFAS as well as an efficient medium for the plasma to be carried to the chemical. I’d imagine it would function like a neon light with water and a bubbler in it.
Making something like this likely wouldn’t have been high on the list of first things to try, especially when applying it to an entire world of contaminated water.
It seems like they are still researching the actual effect but it’s sounds more that it’s breaking the chemical bonds apart by using electrical energy on concentrated areas of the chemical. My hypothesis is that it’s like how electrolysis breaks the bonds between hydrogen and oxygen in water.
You may have to set the refresh rate manually to go higher than 60hz. Things should look much smoother.
Run ‘xrandr -q’ and see if it gives you multiple refresh rates for your displays.
Also, what GPU are you using?
It might be that someone wanted to change something that was on a website before the archive could get to it too.