2,144 karma · joined February 9, 2021
http://github.com/bwasti
[all posted thoughts and comments are my own]
einsum seems like a reasonable thing to request, but it's hard to be performant across the entire surface exposed by the operation.
citation?
I was always a bit sketched out by the macro economics classes I took in college.
looking at the 3b results (here https://github.com/Stability-AI/StableLM#stablelm-alpha-v2 ?), it looks like Mistral (which outperforms Llama-2 13b) is far more powerful
Err, is the ISA undocumented/impossible to inspect in the execution pipeline? Seems like an important thing to verify/fix for a hardware benchmark...
I want a Python that can statically plan underlying GPU allocations, avoids CUDA kernel dispatch overhead and enables a multi-GPU API that isn't some multiprocessing abomination.
That’s the C++ variant of cuda, not Rust. They’re just binding it as one might in Python. At which point, what’s the value add?
People typically use Triton or CUDA (usually the C++ flavor) to implement operations. It'd be cool if Rust had a CUDA dialect.