Congress moves?

https://linux-hardware.org/

Plan 9

Need max AVX instructions. Anything with P/E cores is junk. Only enterprise P cores have the max AVX instructions. When P/E are mixed the advanced AVX is disabled in microcode because the CPU scheduler is unable to determine if a process thread contains an AVX instruction and there is no asymmetrical scheduler that handles this. Prior to early 12k series Intel, the microcode for P enterprise could allegedly run if swapped manually. This was “fused off” to prevent it, probably because Linux could easily be adapted to asymmetrical scheduling but Windows would probably not. The whole reason W11 had to be made was because of the E-cores and the way the scheduler and spin up of idol cores works, at least according to someone on Linux Plumbers for the CPU scheduler ~2020. There are already asymmetric schedulers in Android ARM.

Anyways I think it was on Gamer’s Nexus in the last week or two that Intel was doing some all P core consumer stuff. I’d look at that. According to chips and cheese, the primary CPU bottleneck for tensors is the bus width and clock management of the L2 to L1 cache.

I do alright with my laptop, but haven’t tried R1 stuff yet. The 70B llama2 stuff that I ran was untenable for CPU only with a 12700 with just CPU. It is a little slower than my reading pace when split with a 16 GB GPU, and that was running a 4 bit quantization version.

Not unless an http port is open too. If the only port is https, you have to have the certificate. Like with my AI stuff it acts like the host is down if I try to connect with http. You have to have the certificate to decrypt anything at all from the host.

Sorta, you have to install your certificate authority into the browser and it might complain about verifying that but it will still connect with the encryption.

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I mean more like a self signed TLS certificate with your own host manually set in the browser. Then only make the TLS port available, or something like that. If you have access to both(all) devices, you should be able to fully encrypt by bruit force and without registering the certificate with anyone. That is what I do with AI at home.

I’ve half ass thought about this but never have tried to actually self host. If you have access to all devices, why not just use your own self signed certificates to encrypt everything and require the certificate for all connections? Then there is never a way to log in or connect right? The only reason for any authentication is to make it possible to use any connection to dial into your server. So is that a bug or a feature. Maybe I’m missing something fundamental in this abstract concept that someone will tell me?

So… worse

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I’m five years in your future but I can’t tell you about it

I don’t take or look at pictures of myself. I’ve never felt value in that. I can often recall moments vaguely if I look at even my oldest pictures. I’m intuitively connected but not emotionally. I don’t have much nostalgic emotion.

I expect Nvidia to boom for at least another 5 years.

The opposite of authoritarianism is anarchism.

But anarchism is the opposite of all governance while authoritarianism is a subset.

That is what my intuition was looking for but not finding. I wasn’t thinking about the ban and implications. This makes much more sense.

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I’ve tried 3 times so far in Python/gradio/Oobabooga and never managed to get certs to work or found a complete visual reference guide that demonstrates a complete working example like what I am looking for in a home network. (Only really commenting to subscribe to watch this post develop, and solicit advice:)

74181

(A + 1)
A0:A3 = (Input Register)
S0:S3 = Low
Mode = Low
CaryN = High
Q1:Q4 = (Output)

https://en.wikipedia.org/wiki/74181