This model is finetuned and quantized based on a pretrained huggingface BERT model. The quantization method is: per-tensor, symmetric, zero_point=0. It uses NVIDIA's quantization toolkit on top of PyTorch to perform quantization. Achieved accuracy is f1_score=90.633%. A description of the quantization steps can be found in README.md. All code necessary to reproduce can be found in the upload: Dockerfile, run_squad.py, quant_trainer.py, and modeling_bert.patch. The PyTorch model itself is pytorch_model.bin
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This model is finetuned and quantized based on a pretrained huggingface BERT model. The quantizatio...
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Application: Semantic Segmentation ML Task: DeepLabV3Plus Framework: TensorFlow/TensorFlow Lite Trai...
This model is finetuned and quantized based on a pretrained huggingface BERT model. The quantizatio...
This model is fine-tuned based on MLPerf Inference BERT PyTorch Model on SQuAD v1.1 dataset and conv...
This model is converted from the MLPerf Inference BERT Tensorflow Model on SQuAD v1.1 dataset using ...
BERT TensorFlow model trained on SQuAD v1.1 for MLPerf Inference. To re-create the model, train on S...
This model is converted from the MLPerf Inference BERT Tensorflow Model on SQuAD v1.1 dataset using ...
This model is frozen from official MLPerf inference benchmark BERT model at this zenodo link with ba...
Integer 8 bits precision weights for the Resnet-50 v1.5 PyTorch deep learning model. Created with th...
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Please read the readme.txt in the zip file for more information. There is no accuracy validation do...
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