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You will learn to:
Load and manage the image datasets.
Create and use pretrained models in PyTorch.
Improve the models by performing error analysis.
Create an interface to run the model.
Skills
Deep Learning
Transformer Models
Generative AI
Prerequisites
Basic understanding of Python
Basic understanding of PyTorch module of Python
Knowledge of deep learning architectures, ResNet, and Transformers
Deep learning concepts such as pretraining and fine-tuning
Technologies
Python
PyTorch
Project Description
This project aims to develop a captions generator for images using ConvNeXt and Transformer models. We will use pretrained models to fine-tune the Flickr8k dataset. We’ll use PyTorch as a deep learning framework. We’ll start with a basic introduction to PyTorch, get comfortable with the dataset, and build, evaluate, and deploy the model. Ultimately, we’ll create an interface to use the model for caption generation.
We’ll work with two of the most famous deep learning architectures: ConvNeXt and Transformer. ConvNeXt is a recent convolutional network architecture that was designed by using the design decisions of Vision Transformer into a convolutional network. ConvNeXt achieved state-of-the-art results on tasks such as classification, detection, and segmentation. Transformer, a neural network architecture, has reshaped the field of natural language processing and impacted areas such as vision and audio. It employs self-attention mechanisms to capture contextual relationships in data.
Project Tasks
1
Getting Started
Task 0: Get Started
Task 1: Import Libraries
Task 2: Set Random Seed
2
Prepare the Dataset
Task 3: Load and Visualize the Data
Task 4: Create a Transformation Function
Task 5: Create a Tokenizer
Task 6: Transform the Dataset
Task 7: Create a DataLoader
3
Create the Model
Task 8: Prepare ConvNeXt Model
Task 9: Create a Model Using ConvNeXt and Transformer Decoder
Task 10: Set the Loss function
Task 11: Set the Optimizer
Task 12: Train the Model
4
Evaluate and Deploy the Model
Task 13: Load the Pretrained Model
Task 14: Evaluate the Model
Task 15: Deploy the Model Using Gradio
Congratulations
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