Yes, this part is accurate. Expert density determines how much raw compute each hidden state gets.
> The number of the experts tells you about the diversity of its skills.
Most people misunderstand this part. Counter-intuitively experts don't develop diverse skills, they instead balance compute during the forward pass, allowing models to increase their parameter count without the MLP layers exploding in memory + compute requirements.
Thanks for answering, that makes sense. Also - your setup seems like it could greatly benefit from speculative decoding. Have you guys given any thought to how that might work in this system?
P.s. for #2, you can probably do something like RAFT-styled interleaved computation. But this could get tricky unless you commit to a sharding scheme that makes it easier.
Hey, this is a super cool project. It's great to see a lot of the IPFS stuff resurfacing again.
A few questions:
1.) How does this handle privacy? If you're distributing compute this way then all actors in the compute graph will also know the sequence being computed.
2.) Any safeguards against malicious actors poisoning model activations?
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