The author says the implementation retains a known bug because a fix was deemed expensive.
The author says Pallas TPU's top-k implementation retains a known bug because a fix was deemed expensive. They claim to have made it bitwise correct and faster, and link to a Zenodo DOI.
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@ayaka14732Pallas TPU's top-k implementation keeps a known bug because the fix was deemed expensive, but I made it bitwise correct and faster. https://doi.org/10.5281/zenodo.23287738
@Francis_YAO_RT @ayaka14732: Pallas TPU's top-k implementation keeps a known bug because the fix was deemed expensive, but I made it bitwise correct and…@ayaka14732Pallas TPU's top-k implementation keeps a known bug because the fix was deemed expensive, but I made it bitwise correct and faster. https://doi.org/10.5281/zenodo.23287738@Francis_YAO_RT @ayaka14732: Pallas TPU's top-k implementation keeps a known bug because the fix was deemed expensive, but I made it bitwise correct and…@ayaka14732Pallas TPU's top-k implementation keeps a known bug because the fix was deemed expensive, but I made it bitwise correct and faster. https://doi.org/10.5281/zenodo.23287738@Francis_YAO_RT @ayaka14732: Pallas TPU's top-k implementation keeps a known bug because the fix was deemed expensive, but I made it bitwise correct and…@ayaka14732Pallas TPU's top-k implementation keeps a known bug because the fix was deemed expensive, but I made it bitwise correct and faster. https://doi.org/10.5281/zenodo.23287738@Francis_YAO_RT @ayaka14732: Pallas TPU's top-k implementation keeps a known bug because the fix was deemed expensive, but I made it bitwise correct and…
