updated links to download files [ci skip]
"metadata": {},
"source": [
"# Trained model and supplementary materials\n",
- "To use the `AI_size_factor`, the tained trained model or weight, and trained data distribution are required. These files based on training images of polydispersed spheres are available to download. Once the required files are downloaded, we can then pass the directory of the files to `AI_size_factor` to be used for predictions.\n",
+ "To use the `AI_diffusive_size_factor`, the tained trained model or weight, and trained data distribution are required. These files based on training images of polydispersed spheres are available to download. Once the required files are downloaded, we can then pass the directory of the files to `AI_diffusive_size_factor` to be used for predictions. The AI model files and additional files used in this example are available [here] (https://dl.dropboxusercontent.com/s/jrq82twl0vwedy4/AI_example_data.rar?dl=0). The folder contains following files:\n",
"\n",
- "[trained model weights](link): This file includes only weights of the deep learning layers. To use this file, a Resnet50 model will be built automatically in the `AI_size_factor`.\n",
+ "- Trained model weights: This file includes only weights of the deep learning layers. To use this file, the Resnet50 model structure must be built first.\n",
"\n",
- "[trained data distribution](link): This file will be used in denormalizing predicted values based on normalized transform applied on training data."
+ "- Trained data distribution: This file will be used in denormalizing predicted values based on normalized transform applied on training data. The denormalizing step is included in `AI_diffusive_size_factor` method.\n",
+ "\n",
+ "- Finite difference diffusive conductance: This file is used in this example to compare the prediction results with finite difference method for segmented regions\n",
+ "\n",
+ "- Pair of regions: This file is used in this example to compare the prediction results with finite difference method for a pair of regions"
]
},
{
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