Integer 8 bits precision weights for the Resnet-50 v1.5 PyTorch deep learning model. Created with the PyTorch post-training static quantization framework. PyTorch version 1.7.1 TorchVision version: 0.8.2 Quantization backend: FBGemm Activations: per channel asymmetric linear quantization (uint8_t datatype). Weights: symmetric linear quantization (int8_t datatype). The calibration data used during the quantization process consist on 500 images from the ImageNet validation dataset. The filenames list of these images can be found under: https://github.com/mlcommons/inference/blob/r1.0/calibration/ImageNet/cal_image_list_option_1.txt The base for this quantized model is the Resnet-50 32 bits precision PyTorch model provided by the TorchVisio...
Application: Single-stage Object Detection Base Model: Retinanet with Resnext50 backbone Framework...
Quantization of neural networks has been one of the most popular techniques to compress models for e...
Machine learning, and specifically Deep Neural Networks (DNNs) impact all parts of daily life. Altho...
Floating point 32 bits precision weights for the Resnet-50 v1.5 PyTorch deep learning model. This f...
Application: Single-stage Object Detection Base Model: Retinanet with Resnext50 backbone Framework...
Application: Single-stage Object Detection Base model: ResNet-34 Framework: pytorch1.1 Training ...
PyTorch model weights for a ResNet50. Weights were pre-trained using the MoCoV2 algorithm on the CEM...
PyTorch model weights for a ResNet50. Weights were pre-trained using the SwAV algorithm on the CEM1....
We fine-tuned the MLPerf retinanet-resnext50 800x800 reference model (trained with 800x800 Open Imag...
This model is finetuned and quantized based on a pretrained huggingface BERT model. The quantizatio...
Application: Single-stage Object Detection Base Model: Resnext50 Framework: pytorch 1.10 Quality:...
Application: Object Detection ML Task: Retinanet-ResNext50 Framework: Pytorch Training Informatio...
At present, the quantification methods of neural network models are mainly divided into post-trainin...
A wide range of mid-large sized models trained in PyTorch XLA on TPU VM instances. Demonstrating via...
We fine-tuned the MLPerf retinanet-resnext50 800x800 reference model (trained with 800x800 Open Imag...
Application: Single-stage Object Detection Base Model: Retinanet with Resnext50 backbone Framework...
Quantization of neural networks has been one of the most popular techniques to compress models for e...
Machine learning, and specifically Deep Neural Networks (DNNs) impact all parts of daily life. Altho...
Floating point 32 bits precision weights for the Resnet-50 v1.5 PyTorch deep learning model. This f...
Application: Single-stage Object Detection Base Model: Retinanet with Resnext50 backbone Framework...
Application: Single-stage Object Detection Base model: ResNet-34 Framework: pytorch1.1 Training ...
PyTorch model weights for a ResNet50. Weights were pre-trained using the MoCoV2 algorithm on the CEM...
PyTorch model weights for a ResNet50. Weights were pre-trained using the SwAV algorithm on the CEM1....
We fine-tuned the MLPerf retinanet-resnext50 800x800 reference model (trained with 800x800 Open Imag...
This model is finetuned and quantized based on a pretrained huggingface BERT model. The quantizatio...
Application: Single-stage Object Detection Base Model: Resnext50 Framework: pytorch 1.10 Quality:...
Application: Object Detection ML Task: Retinanet-ResNext50 Framework: Pytorch Training Informatio...
At present, the quantification methods of neural network models are mainly divided into post-trainin...
A wide range of mid-large sized models trained in PyTorch XLA on TPU VM instances. Demonstrating via...
We fine-tuned the MLPerf retinanet-resnext50 800x800 reference model (trained with 800x800 Open Imag...
Application: Single-stage Object Detection Base Model: Retinanet with Resnext50 backbone Framework...
Quantization of neural networks has been one of the most popular techniques to compress models for e...
Machine learning, and specifically Deep Neural Networks (DNNs) impact all parts of daily life. Altho...