Unless you mean continuity as in non discrete physics, which is fair play for this specific computer but then there is the Planck length to consider.(edit: I am aware that discrete vs continuous is a whole holy war on its own)
Unless you mean continuity as in non discrete physics, which is fair play for this specific computer but then there is the Planck length to consider.(edit: I am aware that discrete vs continuous is a whole holy war on its own)
He bases the next row of stones on the previous one, changing them by a consistent rule? Its an unorthodox computer with infinite memory. Why does that not count as a simulation? I’m not following
Not an answer to the question, but in case performance is the goal, Torchaudio has it here
Ah, even then it could just be a consequence of training samples usually being chronological(most often the expected resolution for conflicting instructions is “whatever you heard last”, with some exceptions when explicitly stated) so it learns to think that way. I did find the pattern also applies to GPT trained on long articles where you’d expect it not to, so wanted to just explain why that might be.
Or I should explain better: most training samples will be cut off at the top, so the network sort of learns to ignore it a bit.
Yes, that’s by design, the networks work on transcripts per input, it does genuinely get cut off eventually, usually it purges an entire older line when the tokens exceed a limit.
I was a curious child, and things spiralled out of control from there…
Ah, that makes sense. Most cloud providers have the full nine yards with online hardware provisioning and imaging I forgot you could still just rent a real machine.
Hmm, wonder if there was some reason they didnt just extract the original certificates from the VPS if it was actually the hosting provider, I mean even with mitigation it should be sitting in a temp folder somewhere, surely they could? Issuing new ones seems like a surefire way to alert the operators, unless they already used Let's Encrypt of course.
They previously did not use APEX but that seems to have changed recently: https://github.com/GrapheneOS/grapheneos.org/commit/7bf9b2671667828d1553c92bf4f64cc749b74d0b Regardless it will need the verified boot keys it seems so Google can’t update them, likely the devs will take responsibility to update the CAs. No idea if they will restore the user control though.
I think I see where you’re coming from. The computer in the comic is a Rule 110 automata, known to be Turing complete. It can perform complex calculations, allegedly.
I suppose it can get a bit philosophical whether an incomplete time instant is even visible from the inside of a simulation, because nothing moves after a single pass until the full frame is complete, hence limiting perception.