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[Backend] Pipeline scale_dot #4950
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lezcano
commented
Oct 18, 2024
lezcano
commented
Oct 18, 2024
We allow DotOperand within MemoryOpToLLVM in the buggy ampere case via LLs. As such, we remove the support for LL in the Distributed -> Distributed case in favour of the legacy code. When @Jokeren work on fully migrating DotOperand to LL is finished we should reenable the Distributed -> Distributed case, but we might need some benchmarking for this. We add tests in test_pipeliner.py We also remove some implementation-defined behaviour (overflows / NaNs) in test_core.py, thus making the tests more resilient and realistic.
ThomasRaoux
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Oct 22, 2024
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LGTM
Luosuu
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to Luosuu/triton
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Nov 13, 2024
We allow DotOperand within MemoryOpToLLVM in the buggy ampere case via LLs. This allows us to remove two workarounds that we added in a previous PR. We add tests in test_pipeliner.py We also remove some implementation-defined behaviour (overflows / NaNs) in test_core.py, thus making the tests more resilient and realistic.
guacamoleo
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to guacamoleo/triton
that referenced
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Nov 14, 2024
We allow DotOperand within MemoryOpToLLVM in the buggy ampere case via LLs. This allows us to remove two workarounds that we added in a previous PR. We add tests in test_pipeliner.py We also remove some implementation-defined behaviour (overflows / NaNs) in test_core.py, thus making the tests more resilient and realistic.
bertmaher
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to bertmaher/triton
that referenced
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Dec 10, 2024
We allow DotOperand within MemoryOpToLLVM in the buggy ampere case via LLs. This allows us to remove two workarounds that we added in a previous PR. We add tests in test_pipeliner.py We also remove some implementation-defined behaviour (overflows / NaNs) in test_core.py, thus making the tests more resilient and realistic.
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We allow DotOperand within MemoryOpToLLVM in the buggy ampere case via
LLs. This allows us to remove two workarounds that we added in a previous PR.
We add tests in test_pipeliner.py
We also remove some implementation-defined behaviour (overflows / NaNs)
in test_core.py, thus making the tests more resilient and realistic.