- This is achieved by using the torch.save function, which will save a serialized object to the disk, For serialization it uses the python's pickle utility. All kind of objects like models, dictionaries, tensors can be saved using this. Step 1 - Import library. import torch import torch.nn as nn import torch.optim as optim Step 2 - Define Model
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- The following snippet: #include <torch/torch.h> #include <iostream> using namespace std; struct example_module:torch::nn::Module { I am trying to figure what the proper way to save a substruct of torch::nn::Module.
- Model I am using (UniLM, MiniLM, LayoutLM ): LayoutLMv2 The problem arises when using: the official example scripts: Following NielsRogge demo for implementation, The model is working fine when deploying it with normal save and load torch functions but to optimise the inference time trying to compile the model using AWS torch neuron sdk to deploy it over
- Initially, I knew the vocabulary size and train the model by fixing the out_features at linear layer is equals to the vocabulary size. Then train and save the model weights. Now whenever the data is updated, I need to re-train the same model with saved weights. But whenever the data is updated the vocab_size also increases, that means I need to ...