MarkTechPost@AI 2024年07月21日
The Neo4j LLM Knowledge Graph Builder: An AI Tool that Creates Knowledge Graphs from Unstructured Data
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Neo4j LLM 知识图谱构建器是一款利用人工智能技术将非结构化数据转化为知识图谱的工具,它能够将文本、PDF、图片、网页甚至 YouTube 视频转录等多种格式的数据转化为包含节点和关系的复杂实体网络,并将其存储在 Neo4j 数据库中。

🚀 **强大的模型支持**: Neo4j LLM 知识图谱构建器基于强大的机器学习模型,包括 OpenAI、Gemini、Llama3、Diffbot、Claude 和 Qwen 等,能够处理多种格式的数据,并生成复杂的实体网络和词汇图谱。

🔍 **灵活的提取模式**: 该工具允许用户自定义提取模式,指定想要提取的节点和关系类型,确保生成的知识图谱满足特定需求。此外,它还提供了后处理功能,提升数据准确性和重要性。

📊 **高效的查询和分析**: 构建完知识图谱后,用户可以使用多种检索增强生成 (RAG) 技术进行查询,例如 GraphRAG、Vector 和 Text2Cypher,实现复杂查询和深入数据分析。

💻 **易用且灵活的部署**: 该工具使用 Python FastAPI 后端和 React 前端,可以在 Google Cloud Run 上运行,也可以使用 Docker Compose 在本地部署。它依赖于 llm-graph-transformer 模块,该模块扩展了 LangChain 框架,增强了 GraphRAG 搜索功能,并与其他 LangChain 模块无缝集成。

🧠 **高效的工作流程**: 该工具的工作流程简单易懂,包括上传数据源、创建知识图谱、分析知识图谱以及使用 GraphRAG 进行问答式数据交互。它使用 LangChain 加载器将文本分成可消化的小段,并根据相似性将这些小段连接起来,形成一个 k-最近邻 (kNN) 图。这些小段包含嵌入值,这些值与向量索引一起计算并存储,以便进行高效检索。

In the rapidly developing field of Artificial Intelligence, it is more important than ever to convert unstructured data into organized, useful information efficiently. Recently, a team of researchers introduced the Neo4j LLM Knowledge Graph Builder, an AI tool that can easily address this issue. This potential application creates a text-to-graph experience by utilizing some great machine-learning models to transform unstructured text into an extensive knowledge graph.

A collection of powerful machine learning models, including OpenAI, Gemini, Llama3, Diffbot, Claude, and Qwen, is the foundation of the Neo4j LLM Knowledge Graph Builder. Together, these models can process a wide range of material formats, including PDFs, papers, photos, web pages, and even transcripts of YouTube videos. As a result, a complex entity network with nodes and their relationships and a sophisticated lexical graph containing texts and chunks with embeddings are produced, all of which are kept in a Neo4j database.

One of the Neo4j LLM Knowledge Graph Builder’s most important characteristics is its versatility in configuring the extraction schema. Users can specify the kinds of nodes and relationships they wish to extract to guarantee that the knowledge graph produced satisfies their unique requirements. The program also provides post-extraction cleanup functions, improving the data’s accuracy and significance.

The program works well with long-form English text, but it does not work as well with tabular data, such as that found in Excel or CSV files or images that include presentations or diagrams. Customers can attain superior quality data extraction by meticulously tailoring the graph structure to correspond with the distinct features of their data.

After building the knowledge graph, users can query their data using several Retrieval-Augmented Generation (RAG) techniques. Methods like GraphRAG, Vector, and Text2Cypher make sophisticated querying and perceptive data analysis possible, and they also show how the retrieved data is used to provide relevant responses.

The Neo4j LLM Knowledge Graph Builder is an adaptable application with a Python FastAPI backend and a React-based front end. Although it functions well on Google Cloud Run, customers can also use Docker Compose to deploy it locally. The application depends on the llm-graph-transformer module, which Neo4j added to the LangChain framework to improve GraphRAG search capabilities and allow for smooth integration with other LangChain modules.

Neo4j LLM Knowledge Graph Builder is easy to use and get started with. The steps involved are as follows.

    Launch the Knowledge Graph Builder for LLMLink into an Instance of Neo4j (Aura) by getting the credentials file and creating a new AuraDB Free DatabaseUpload files from S3/GCS buckets, documents, PDFs, or URLs.Create the Knowledge Graph, examine it, and use conversational questions with GraphRAG to engage with data.

Uploading sources, which are kept in the graph as Document nodes, is the first step in the process. The text is divided into digestible sections that are linked to their corresponding documents using LangChain Loaders. Then, depending on similarity, these pieces are connected to one another to create a k-nearest Neighbours (kNN) graph. These chunks contain embedded values that are computed and saved together with a vector index to enable effective retrieval.

The llm-graph-transformer or diffbot-graph-transformer modules are used to extract entities and relationships from the graph, and the entities and relationships that are extracted are linked to the original graph chunks. Because of this careful design, the data is not only connected but also well-organized, allowing for sophisticated RAG patterns and perceptive data analysis.

In conclusion, Neo4j LLM Knowledge Graph Builder is a major advancement in the field of data. This program uses ML algorithms to turn unstructured data into actionable knowledge graphs, which opens up new possibilities for enhanced data analysis and better decision-making. For data scientists and analysts looking to extract the most value from their data, the Neo4j LLM Knowledge Graph Builder is a vital tool because of its smooth integration, adjustable extraction method, and strong community support.

The post The Neo4j LLM Knowledge Graph Builder: An AI Tool that Creates Knowledge Graphs from Unstructured Data appeared first on MarkTechPost.

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知识图谱 Neo4j LLM 非结构化数据 人工智能
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