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Model Hub Models

Deci model-hub is a performance-first deep learning model repository.

The Deci model-hub is a collection of pre-trained, state-of-the-art models - public or optimized for inference. The public models are in the ONNX format, while the optimized can be either ONNX or TRT (For GPU) or Open-Vino (for CPU).

Each model can be optimized and downloaded from the platform as well as get deployed using Deci’s inference engines:

  • INFERY - Deci’s Python packaged inference engine.
  • RTiC - Deci’s Container-based inference engine.

To use a model, visit the model-hub in your account, choose a model to clone to your lab in Deci platform, and in Lab, click the Download button on the top right. This will guide you on how to deploy, benchmark, and run inference on this model in your production/testing environment.

Models

Deci model-hub currently holds only public Image classification models.

Image Classification

This collection of models take images as input, then classifies the major objects in the images into 1000 object categories such as keyboard, mouse, pencil, and many animals.

Model Architecture

Training Dataset

Description

Top-1

Batch Size

Framework Version

Input

Output

ResNet50

ImageNet
(3, 224, 224)

ResNet models provide very high accuracies with affordable model sizes. They are ideal for cases when high accuracy of classification is required.

76.206%

Dynamic

ONNX 1.8.1
Opset 11

All pre-trained models expect input JPEG images normalized in the same way (3, 224, 224).

The model outputs image scores for each of the 1000 classes of ImageNet.

ResNet101

ImageNet
(3, 224, 224)

ResNet models provide very high accuracies with affordable model sizes. They are ideal for cases when high accuracy of classification is required.

77.37%

Dynamic

ONNX 1.8.1
Opset 11

All pre-trained models expect input JPEG images normalized in the same way (3, 224, 224).

The model outputs image scores for each of the 1000 classes of ImageNet.

ResNet34

ImageNet

ResNet models provide very high accuracies with affordable model sizes. They are ideal for cases when high accuracy of classification is required.

73.886%

Dynamic

ONNX 1.8.1
Opset 11

All pre-trained models expect input JPEG images normalized in the same way (3, 224, 224).

The model outputs image scores for each of the 1000 classes of ImageNet.

ResNet18

ImageNet

ResNet models provide very high accuracies with affordable model sizes. They are ideal for cases when high accuracy of classification is required.

70.538%

Dynamic

ONNX 1.8.1
Opset 11

All pre-trained models expect input JPEG images normalized in the same way (3, 224, 224).

The model outputs image scores for each of the 1000 classes of ImageNet.

DenseNet121

ImageNet

DensNet is a fully-connected model providing strong gradient flow and more diversified features

75.522%

Dynamic

ONNX 1.8.1
Opset 11

All pre-trained models expect input JPEG images normalized in the same way (3, 224, 224).

The model outputs image scores for each of the 1000 classes of ImageNet.

DenseNet161

ImageNet

DensNet is a fully-connected model providing strong gradient flow and more diversified features

77.37%

Dynamic

ONNX 1.8.1
Opset 11

All pre-trained models expect input JPEG images normalized in the same way (3, 224, 224).

The model outputs image scores for each of the 1000 classes of ImageNet.

DenseNet169

ImageNet

DensNet is a fully-connected model providing strong gradient flow and more diversified features

77.088%

Dynamic

ONNX 1.8.1
Opset 11

All pre-trained models expect input JPEG images normalized in the same way (3, 224, 224).

The model outputs image scores for each of the 1000 classes of ImageNet.

DenseNet201

ImageNet

DensNet is a fully-connected model providing strong gradient flow and more diversified features

77.2%

Dynamic

ONNX 1.8.1
Opset 11

All pre-trained models expect input JPEG images normalized in the same way (3, 224, 224).

The model outputs image scores for each of the 1000 classes of ImageNet.

Usage

In order to use the model for either inference or performance benchmarking of accuracy or run-time efficiency (throughput/latency), you should use one of our inference engines:

  • INFERY - Deci’s Python packaged inference engine.
  • RTiC - Deci’s Container-based inference engine.

Click on the above links to go over the quick-start and understand the benefit of each for your organization.

Updated about a month ago


Model Hub Models


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