Multimodal Medical Diagnosis and Chat
Budget: $30 – $250 USD
Multimodal Medical Diagnosis and Chat
1. Dataset Preparation:
Use datasets containing medical images (e.g., fundus, X-rays) and corresponding text reports.
Utilize the IU X-Ray dataset (https://paperswithcode.com/dataset/iu-x-ray) for training and evaluation, as it includes paired chest X-ray images and radiology reports.
2. Model Development:
Develop multimodal AI models that integrate image analysis and text understanding.
Image Analysis: Utilize Vision Transformer (ViT) for medical image processing and feature extraction.
Text Understanding: Use BioBERT, ClinicalBERT, or GPT-4 (OpenAI API) for interpreting medical reports and handling textual queries.
Implement multimodal fusion techniques to combine insights from images and text.
3. Medical Chat Application:
Build an interactive medical chat system that leverages multimodal inputs (images and text) to provide diagnostic assistance and respond to medical queries.
4. Evaluation:
Assess model and chat system performance using metrics like accuracy, precision, recall, and response relevance.
5. Implementation Platform:
The project will be developed and executed on Google Colab.
1. Dataset Preparation:
Use datasets containing medical images (e.g., fundus, X-rays) and corresponding text reports.
Utilize the IU X-Ray dataset (https://paperswithcode.com/dataset/iu-x-ray) for training and evaluation, as it includes paired chest X-ray images and radiology reports.
2. Model Development:
Develop multimodal AI models that integrate image analysis and text understanding.
Image Analysis: Utilize Vision Transformer (ViT) for medical image processing and feature extraction.
Text Understanding: Use BioBERT, ClinicalBERT, or GPT-4 (OpenAI API) for interpreting medical reports and handling textual queries.
Implement multimodal fusion techniques to combine insights from images and text.
3. Medical Chat Application:
Build an interactive medical chat system that leverages multimodal inputs (images and text) to provide diagnostic assistance and respond to medical queries.
4. Evaluation:
Assess model and chat system performance using metrics like accuracy, precision, recall, and response relevance.
5. Implementation Platform:
The project will be developed and executed on Google Colab.