How to predownload a transformers model

Written by - Aionlinecourse1555 times views

To predownload a transformer model, you can use the transformers library in Python. Here is an example of how you can do it:

import transformers
# Download the model. This will take some time.model = transformers.TFBertModel.from_pretrained('bert-base-uncased')
# Save the model to a local directorymodel.save_pretrained('/path/to/local/directory')

This will download the bert-base-uncased model and save it to the specified local directory. You can then use the model by loading it from the local directory, like this:

import transformers

# Load the model from the local directory
model = transformers.TFBertModel.from_pretrained('/path/to/local/directory')

# Use the model as usual
input_ids = torch.tensor([[31, 51, 99]]).long()
output = model(input_ids)

You can also specify a specific version of the model to download by including the model version in the model name, like bert-base-uncased-1.0.


Note that this will only download the model weights and configuration files. If you want to use the model for training, you will also need to download the training data and any additional dependencies.

Recommended Projects

Deep Learning Interview Guide

Medical Image Segmentation With UNET

Have you ever thought about how doctors are so precise in diagnosing any conditions based on medical images? Quite simply,...

Computer Vision
Deep Learning Interview Guide

Build A Book Recommender System With TF-IDF And Clustering(Python)

Have you ever thought about the reasons behind the segregation and recommendation of books with similarities? This project is aimed...

Machine LearningDeep LearningNatural Language Processing
Deep Learning Interview Guide

Automatic Eye Cataract Detection Using YOLOv8

Cataracts are a leading cause of vision impairment worldwide, affecting millions of people every year. Early detection and timely intervention...

Computer Vision
Deep Learning Interview Guide

Crop Disease Detection Using YOLOv8

In this project, we are utilizing AI for a noble objective, which is crop disease detection. Well, you're here if...

Computer Vision
Deep Learning Interview Guide

Vegetable classification with Parallel CNN model

The Vegetable Classification project shows how CNNs can sort vegetables efficiently. As industries like agriculture and food retail grow, automating...

Machine LearningDeep Learning
Deep Learning Interview Guide

Banana Leaf Disease Detection using Vision Transformer model

Banana cultivation is a significant agricultural activity in many tropical and subtropical regions, providing a vital source of income and...

Deep LearningComputer Vision
Deep Learning Interview Guide

Credit Card Default Prediction Using Machine Learning Techniques

This project aims to develop and assess machine learning models in predicting customer defaults, assisting businesses in evaluating the risk...

Machine Learning