The project focuses on improving the responses generated by the Gemini AI API in religious discussions and question-answering scenarios. This was achieved through the implementation of Prompt Engineering techniques using the RAG (Retrieval-Augmented Generation) Model.
Details:
Objective:
Enhance the accuracy and relevance of AI-generated responses in the domain of religious conversations.
Provide users with reliable and contextually appropriate answers.
Key Components:
RAG Model Integration:
The RAG model was utilized to retrieve relevant context and improve the response generation from the Gemini AI API.
Classification Model:
A separate machine learning model was developed to classify religious texts, such as authenticating Hadiths (e.g., strong or weak).
Frontend Development:
Designed a user-friendly interface for the application.
The frontend was implemented using standard tools to ensure a seamless user experience.
Backend Development:
Built using Django, the backend handles the application's logic and integrates the AI models.
Deployment:
The application was deployed using the Gradio library to provide an interactive and accessible platform for users.
Technologies Used:
Frontend: Custom web interface for user interaction.
Backend: Django framework for robust backend architecture.
AI Models: RAG for prompt engineering and classification model for text categorization.
Gradio: For deployment and interactive user testing.
Outcomes:
Improved response accuracy for religious Q&A.
Successfully deployed a scalable and efficient application combining state-of-the-art AI techniques.
Enabled reliable classification of religious texts to assist users in better understanding Hadiths.