Publication | Open Access
Non-Determinism in TensorFlow ResNets
11
Citations
2
References
2020
Year
Artificial IntelligenceConvolutional Neural NetworkEngineeringMachine LearningDeep Learning ModelsData SciencePattern RecognitionSparse Neural NetworkDeterministic SystemMachine Learning ModelTensorflow ResnetsComputer EngineeringStandard DeviationComputer ScienceDeep LearningNeural Architecture SearchModel CompressionResnet ModelNon-deterministic GameEntropy
We show that the stochasticity in training ResNets for image classification on GPUs in TensorFlow is dominated by the non-determinism from GPUs, rather than by the initialisation of the weights and biases of the network or by the sequence of minibatches given. The standard deviation of test set accuracy is 0.02 with fixed seeds, compared to 0.027 with different seeds---nearly 74\% of the standard deviation of a ResNet model is non-deterministic. For test set loss the ratio of standard deviations is more than 80\%. These results call for more robust evaluation strategies of deep learning models, as a significant amount of the variation in results across runs can arise simply from GPU randomness.
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