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We found that in a small amount of test cases (e. g. T1038 in CASP-14), using different GPUs may lead to different output results, sometimes with large variances on the PDB structures and their evaluation metrics. The issue is potentially caused by the kernel-fusion strategies of jax.jit, but we are not sure currently.
We are sorry for the inconvenience, and are working on locating the problem.
As a temporary solution, we suggest using NVIDIA V100 / A100 / 3090Ti for model inference on local machines.
The text was updated successfully, but these errors were encountered:
ZiyaoLi
changed the title
Results varies across different GPUs
Results vary across different GPUs
Dec 8, 2021
The code was tested on CUDA 11.0 (the default setting), and we reckoned in previous experiments that slight differences happened across different CUDA versions.
Dear users,
We found that in a small amount of test cases (e. g. T1038 in CASP-14), using different GPUs may lead to different output results, sometimes with large variances on the PDB structures and their evaluation metrics. The issue is potentially caused by the kernel-fusion strategies of jax.jit, but we are not sure currently.
We are sorry for the inconvenience, and are working on locating the problem.
As a temporary solution, we suggest using NVIDIA V100 / A100 / 3090Ti for model inference on local machines.
The text was updated successfully, but these errors were encountered: