Inspiration
This project aims to address the prevalent issue of context length constraints in language models like ChatGPT. Often, these models face challenges due to their limited ability to process lengthy contexts, which can hinder their performance in generating coherent and contextually accurate responses. To overcome this, the project introduces an innovative approach using Retrieval-Augmented Generation (RAG). RAG assists by dynamically retrieving external data during the generation process, which allows the language model to access a broader range of information without being restricted by its immediate context.
What it does
The core of the proposed solution is the development of a web-based platform that integrates a sophisticated vector database designed to store and manage users' data. This platform utilizes advanced semantic search algorithms to analyze and retrieve relevant data from this diverse content repository. After processing the input prompt, the system performs a semantic search to fetch pertinent content, which is then used as references for the language model to enhance the accuracy and relevance of its outputs.
The platform is designed to handle inputs across a diverse formats including images, YouTube links, and MP3 files. For videos, it employs the BART algorithm to summarize the content efficiently, even addressing scenarios where videos are in different languages. This is facilitated by fetching metadata through the YouTube API, which is then effectively summarized using a LLM to provide concise and relevant content overviews. Similarly, the system is equipped to summarize content from images and MP3 files, ensuring a comprehensive and versatile user experience that accommodates various types of media.
Additionally, the platform incorporates the capability to generate images using the Stable Diffusion algorithm, further enriching the user interaction experience by providing visual content generation based on textual prompts. The system also maintains a comprehensive chat history, allowing for continuity in interactions and the ability to reference past conversations.
How we built it
Next js langchain Python Flask Pinecone Firebase
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