Local Knowledge Graph is a Flask-based web application that uses a local Llama language model to process user queries, generate step-by-step reasoning, and visualize the thought process in an interactive knowledge graph format. It can also find and display relevant questions and answers based on semantic similarity. Key advantages of this application include real-time visualization of the reasoning process, dynamic knowledge graph representation, computation and display of the strongest reasoning paths, and related Q&A based on semantic similarity.

AI Timeline is an open-source project that records significant technological milestones in the field of artificial intelligence. It meticulously chronicles key developments in AI technologies, including text-to-image, text-to-video, and large language models. The project is built with Vue and TypeScript, providing a platform for AI enthusiasts and researchers to explore the history and trends of AI.

IncarnaMind is an open-source project aimed at enabling conversational interactions with personal documents (PDF, TXT) using large language models (LLMs) such as GPT, Claude, and local open-source LLMs. The project enhances query efficiency and improves the accuracy of LLMs through a sliding window chunking mechanism and integrated retrievers. It supports multi-document conversational Q&A, overcoming the limitations of single-document interaction while being compatible with various file formats and LLM models.

GraphRAG-Ollama-UI is a local adaptation version of Microsoft's GraphRAG, supporting local model support using Ollama. A interactive user interface is provided through the Gradio UI, making it more convenient for users to manage data, run queries and visualize results. The main advantages of this model include local model support, cost-effectiveness, interactive user interface, real-time graph visualization, file management, settings management, output exploration, and logging.

MaxKB is an enterprise-grade knowledge base question-answering system powered by LLMs. It aims to be the ultimate brain for businesses. Features include document upload, automatic online document crawling, and a smart question-answering experience. It also supports quick embedding into third-party business systems. The tech stack includes Vue.js, Python/Django, Langchain, and PostgreSQL/pgvector.

This GitHub repository serves as a centralized hub for resources related to generative artificial intelligence, including the latest research papers, interview questions, course materials, and code notebooks. The content is updated regularly to ensure developers and professionals can stay up-to-date with the latest advancements and boost productivity. Key resources include abstracts of papers, categorized interview questions, lists of free courses, and open-source notebooks, as well as usage scenarios and examples.

MathPile is a mathematics-centric corpus containing approximately 9.5 billion tokens. It draws mathematical content from textbooks (including lecture notes), arXiv, Wikipedia, ProofWiki, StackExchange, and web pages. It is suitable for K-12, university, graduate-level, and math competition applications. MathPile boasts high data quality and comprehensive data documentation to enhance transparency and provide users with flexible data utilization capabilities. MathPile adheres to the BY-NC-SA 4.0 license and plans to release a commercially available version soon.

DocGraphLM is a document graph language model for information extraction and question answering. It employs advanced vision-rich document understanding techniques, combining pre-trained language models and graph semantics. Its uniqueness lies in proposing a joint encoder architecture to represent documents and a novel link prediction method to reconstruct the document graph. DocGraphLM predicts the direction and distance between nodes through a convergent joint loss function, prioritizing neighborhood restoration and minimizing the weight of remote node detection. Experiments on three SotA datasets demonstrate that incorporating graph features consistently improves performance in information extraction and question-answering tasks. Furthermore, we report that employing graph features accelerates convergence during training, despite these features being constructed solely through link prediction.

The AI Math Solver is an advanced tool that utilizes artificial intelligence to solve a wide range of math problems. Powered by the Math GPT model (such as GPT-4o), it offers comprehensive solutions to math problems. The product provides services through an online platform where users can upload math problems in text or image format and quickly receive accurate step-by-step solutions. It is particularly suitable for students who need assistance with complex math problems, helping them enhance their problem-solving skills and understanding.

Math.now is an AI-driven online math solving platform designed to provide real-time math problem solutions for students, teachers, and self-learners. The platform utilizes advanced AI technologies such as OCR and GPT-4o to recognize and solve a variety of math problems, including algebra, geometry, and calculus. Key advantages of Math.now include instant step-by-step solutions, an interactive learning experience, personalized learning support, and completely free usage. Background information shows that Math.now is powered by Math GPT, aiming to make math learning more enjoyable and accessible.

Quizzio is an educational technology platform that utilizes artificial intelligence to convert users' learning materials into personalized quizzes, assisting users in identifying knowledge gaps and assessing their understanding of the content. This platform analyzes uploaded study materials using AI to generate customized quizzes, providing immediate feedback and improvement suggestions to enhance learning efficiency and academic performance. Key benefits of Quizzio include a personalized learning experience, AI feedback, progress tracking, and a mobile-friendly design. It is ideal for all students aiming to improve their learning efficiency and academic results, especially those seeking personalized learning paths and instant feedback.

Podial is an innovative ed-tech platform that allows users to convert documents into podcast-style discussions, making learning complex subjects easier and more enjoyable. This platform is particularly suited for users who wish to absorb information in different ways, whether for personal growth or professional development. With its unique approach, Podial converts traditional reading materials into interactive, digestible audio content, enhancing learning efficiency.

Local Knowledge Graph is a Flask-based web application that uses a local Llama language model to process user queries, generate step-by-step reasoning, and visualize the thought process in an interactive knowledge graph format. It can also find and display relevant questions and answers based on semantic similarity. Key advantages of this application include real-time visualization of the reasoning process, dynamic knowledge graph representation, computation and display of the strongest reasoning paths, and related Q&A based on semantic similarity.

AI Timeline is an open-source project that records significant technological milestones in the field of artificial intelligence. It meticulously chronicles key developments in AI technologies, including text-to-image, text-to-video, and large language models. The project is built with Vue and TypeScript, providing a platform for AI enthusiasts and researchers to explore the history and trends of AI.

IncarnaMind is an open-source project aimed at enabling conversational interactions with personal documents (PDF, TXT) using large language models (LLMs) such as GPT, Claude, and local open-source LLMs. The project enhances query efficiency and improves the accuracy of LLMs through a sliding window chunking mechanism and integrated retrievers. It supports multi-document conversational Q&A, overcoming the limitations of single-document interaction while being compatible with various file formats and LLM models.

Llama Tutor is a personalized AI teaching assistant based on Llama 3.1 and Together AI, designed to provide users with a tailored learning experience. It is completely open-source, and users can find related code on GitHub for customization. The product generates personalized learning plans based on user-inputted subjects and educational levels, helping users master knowledge more effectively.