awesome-repositories.com
博客
awesome-repositories.com

通过 AI 驱动的搜索,发现最优秀的开源仓库。

探索精选搜索开源替代品自托管软件博客网站地图
项目关于排名机制媒体报道MCP 服务器
法律隐私政策服务条款
© 2026 Bringes Technology SRL·VAT RO45896025·hello@awesome-repositories.com
·

17 个仓库

Awesome GitHub RepositoriesKnowledge Graphs

Graph-based structures used to map semantic relationships between entities for structured data traversal.

Distinct from Entity Relationships: Distinct from Entity Relationships: focuses on the graph structure and traversal capabilities rather than just schema definitions.

Explore 17 awesome GitHub repositories matching data & databases · Knowledge Graphs. Refine with filters or upvote what's useful.

Awesome Knowledge Graphs GitHub Repositories

用 AI 发现最棒的仓库。我们将通过 AI 为您搜索最匹配的仓库。
  • ruvnet/rufloruvnet 的头像

    ruvnet/ruflo

    61,524在 GitHub 上查看↗

    Ruflo is an AI agent orchestration platform and workflow automation tool designed to decompose high-level goals into executable action plans. It functions as a manager for multi-agent swarms, organizing autonomous entities into collaborative topologies that utilize shared consensus to complete complex tasks. The framework distinguishes itself through a retrieval-augmented generation layer and knowledge graphs for reasoning over linked data. It incorporates a trajectory-based learning loop that analyzes previous execution paths to refine cognitive patterns and improve future reasoning accuracy

    Utilizes knowledge graphs to map semantic relationships between entities for complex reasoning over linked data.

    TypeScript
    在 GitHub 上查看↗61,524
  • rohitg00/agentmemoryrohitg00 的头像

    rohitg00/agentmemory

    23,785在 GitHub 上查看↗

    AgentMemory is a persistent knowledge store and memory server designed to provide AI coding agents with long-term memory. It functions as a knowledge graph engine and vector database store that saves and recalls project context, architectural decisions, and patterns across different sessions. The system distinguishes itself by using a tiered-memory consolidation pipeline that compresses raw observations into episodic, semantic, and procedural layers to optimize token usage. It employs a hybrid retrieval strategy combining keyword matching, vector embeddings, and graph traversal to surface rel

    Functions as a persistent memory store that exposes project context to agents via a standardized server.

    TypeScriptagentmemoryagentsai
    在 GitHub 上查看↗23,785
  • sciphi-ai/r2rSciPhi-AI 的头像

    SciPhi-AI/R2R

    7,891在 GitHub 上查看↗

    R2R is an agentic retrieval-augmented generation platform that uses reasoning agents to perform multi-step data fetching for context-aware answering. It functions as a multimodal vector database manager and knowledge graph engine designed to ground artificial intelligence responses in verified factual knowledge. The platform distinguishes itself by combining reasoning agents for complex research automation with a knowledge graph that maps entity relationships. This allows the system to perform structured data traversal alongside unstructured vector search to resolve complex questions from int

    Builds a knowledge graph that maps entity relationships to enable structured data traversal alongside vector search.

    Python
    在 GitHub 上查看↗7,891
  • liuhuanyong/qasystemonmedicalkgliuhuanyong 的头像

    liuhuanyong/QASystemOnMedicalKG

    7,313在 GitHub 上查看↗

    QASystemOnMedicalKG is a medical knowledge graph question answering system designed to retrieve disease-centered information from a structured data store. It functions as both a constructor for building medical knowledge graphs and a retrieval system that extracts answers regarding symptoms, causes, and treatments. The system employs a pipeline that converts unstructured medical web data into a graph database using dictionary-based entity segmentation. It utilizes query-based intent classification to parse natural language inputs and maps these queries to specific nodes and edges within the g

    Uses a graph-based structure to map semantic relationships between medical entities for data traversal.

    Python
    在 GitHub 上查看↗7,313
  • org-roam/org-roamorg-roam 的头像

    org-roam/org-roam

    5,980在 GitHub 上查看↗

    Org-roam is an Emacs-based note-taking system that builds a bidirectional network of plain-text notes, functioning as a personal knowledge base manager. It maintains both forward and backlink references in a SQLite database, automatically updated on file save, and uses persistent unique identifiers for notes instead of file paths to enable stable links across renames and moves. The system integrates directly with Emacs through custom interactive commands and hooks that access the database and buffer state, and it generates static graphs of note interconnections using Graphviz to reveal relati

    Stores note metadata and link relationships in a SQLite database for fast queries and graph traversal.

    Emacs Lisphacktoberfestmemexorg-mode
    在 GitHub 上查看↗5,980
  • karpathy/arxiv-sanity-preserverkarpathy 的头像

    karpathy/arxiv-sanity-preserver

    5,717在 GitHub 上查看↗

    This project is a self-hosted system for discovering, browsing, and receiving personalized recommendations from academic papers on arXiv. It combines an arXiv API client that downloads paper metadata and PDFs with a TF-IDF document similarity engine and an SVM-based recommendation system that trains a classifier per user based on their preferences. The system provides a web interface for browsing, searching, and filtering recent arXiv submissions, alongside personalized paper recommendations generated from individual user signals. It also includes a Twitter mention tracker that periodically p

    Persists paper metadata, user preferences, and computed features in a local SQLite database for offline querying.

    Python
    在 GitHub 上查看↗5,717
  • qodo-ai/qodo-coverqodo-ai 的头像

    qodo-ai/qodo-cover

    5,444在 GitHub 上查看↗

    Qodo Cover is an engineering governance platform and AI-powered assistant designed for automated code review and unit test generation. It utilizes an abstract syntax tree codebase knowledge graph to map dependencies and architectural relationships, allowing it to analyze pull requests and enforce organizational coding standards. The system distinguishes itself through a multi-agent analysis pipeline that performs architectural reasoning and identifies bugs beyond the immediate diff. It features a model context protocol server to expose codebase intelligence to external tools and can automatic

    Parses repositories into abstract syntax tree knowledge graphs to map syntactic relationships and dependencies.

    Pythonagentsaitest-automation
    在 GitHub 上查看↗5,444
  • ownthink/knowledgegraphdataownthink 的头像

    ownthink/KnowledgeGraphData

    5,181在 GitHub 上查看↗

    KnowledgeGraphData 是一个结构化数据集与语料库集合,旨在为认知智能与人工智能系统提供基础层。它主要由大规模中文知识图谱数据集组成,包括用于驱动语义理解与自动问答的实体关系数据与 NLP 训练集。 该项目专注于海量实体-属性-值图谱的构建与导出,将知识组织为可移植的格式。它提供专门的领域划分,以针对医疗、军事与公共安全等专业领域定制信息检索。 该仓库涵盖了广泛的能力,包括中文自然语言处理、语义搜索与认知对话系统。其工具集涵盖了语言分析、实体提取、情感检测与文本摘要,以及用于网站审计的视觉内容分析与语音转文字转换。

    Provides a large scale collection of entity relation data used for building cognitive intelligence systems.

    Python
    在 GitHub 上查看↗5,181
  • scir-hi/huatuo-llama-med-chineseSCIR-HI 的头像

    SCIR-HI/Huatuo-Llama-Med-Chinese

    4,971在 GitHub 上查看↗

    Huatuo-Llama-Med-Chinese 是一个专门用于处理和生成中文自然语言文本的医学大语言模型。它是一个指令微调系统,旨在通过利用专门的医学知识库来回答专业的医疗保健问题。 该模型集成了结构化医学文献和知识图谱,以确保响应生成过程中的临床准确性。它采用知识图谱增强推理,将结构化实体关系与神经网络输出相结合。 该系统通过特定领域的权重适配、跨语言模型迁移和监督微调流水线开发而成。这些过程将通用语言模式与专业临床标准和专门的中文医学术语进行了对齐。

    Combines structured medical entity relationships with neural network outputs to ensure clinical factual accuracy.

    Pythonaidoctorbloomchinese
    在 GitHub 上查看↗4,971
  • phodal/auto-devphodal 的头像

    phodal/auto-dev

    4,508在 GitHub 上查看↗

    auto-dev 是一款 AI 原生软件工程工具和多代理开发平台,旨在自动化整个软件开发生命周期。它作为一个自主编排器,通过声明式代理链管理 AI 驱动的编码、测试和基础设施配置。该项目基于 Kotlin Multiplatform AI 框架构建,允许代理逻辑在不同的环境和设备界面上运行。 该平台实现了模型上下文协议,以与外部 AI 服务交换工具和项目信息。它通过使用检索增强生成管道和基于树的代码图分析脱颖而出,这些分析抽象语法树和调用链以压缩项目上下文并减少幻觉。交互式开发画布提供 UML 图、OpenAPI 规范和代码差异的实时同步。 功能领域涵盖自主软件开发,包括动态任务规划、迭代测试驱动修复和遗留代码迁移。该系统还处理 Docker 和 CI/CD 配置的基础设施即代码自动化、AI 驱动的代码审查,以及跨团队协调共享 AI 个性和提示规范。 核心逻辑使用 Kotlin Multiplatform 实现,以确保跨平台代理部署的一致性。

    Analyzes AST and call chains to compress project context for efficient large-scale refactoring.

    Kotlinaigcgenaigenaistack
    在 GitHub 上查看↗4,508
  • typedb/typedbtypedb 的头像

    typedb/typedb

    4,353在 GitHub 上查看↗

    TypeDB 是一款强类型图数据库和知识图谱管理系统。它作为多模型数据存储,将关系、文档和图结构统一到一个环境中,既充当 ACID 兼容数据库,又充当声明式查询引擎。 该系统通过使用 n 元超图建模和多态类型层级脱颖而出。它采用强类型模式来强制执行结构规则并验证数据完整性,允许在查询执行期间自动解析复杂关系的基于类型的多态推理和基于角色的接口多态性。 该平台涵盖了广泛的功能,包括通过制表(tabling)计算递归关系、快照隔离事务和声明式数据检索。它还通过基于共识的集群复制、基于角色的访问控制以及与 AI 代理的集成以进行结构化数据检索,支持高可用性。 管理通过命令行界面支持,系统提供用于可视化图模式和审计管理活动的工具。

    Implements a strongly-typed system for building knowledge graphs that map complex semantic relationships between entities.

    Rustdatabaseinferenceknowledge-base
    在 GitHub 上查看↗4,353
  • facebookresearch/starspacefacebookresearch 的头像

    facebookresearch/Starspace

    3,954在 GitHub 上查看↗

    Starspace 是一个向量嵌入框架,旨在训练文本和图像的高维表示。它作为一种机器学习系统,用于神经排序、文本分类和知识图谱嵌入,将不同的对象类型映射到共享的数值空间中,以促进检索和预测任务。 该系统包含用于知识图谱补全和链接预测的专用工具,通过在多关系向量空间中表示实体及其关系来实现。它还通过将输入映射到目标标签或候选项目,提供了语义内容推荐和大规模文本分类功能。 该框架涵盖了广泛的功能领域,包括基于相似度的实体排序、从文档或 n-gram 中提取向量嵌入,以及使用基于随机游走的训练。为了管理大数据集,它集成了基于磁盘的压缩数据加载和负采样优化。

    Predicts missing links and relationships between entities by mapping them into a multi-relational vector space.

    C++
    在 GitHub 上查看↗3,954
  • panaversity/learn-agentic-aipanaversity 的头像

    panaversity/learn-agentic-ai

    3,908在 GitHub 上查看↗

    This project is an educational curriculum and architectural framework for building autonomous AI agents and multi-agent systems. It provides a structured learning path focused on the development of independent software components capable of planning, executing tasks, and utilizing external tools to achieve high-level goals. The framework emphasizes multi-agent system orchestration through distributed architectures where specialized agents collaborate using standardized communication protocols. It details specific design patterns such as dual-memory systems for maintaining short-term plans and

    Uses graph-based structures to map semantic relationships between entities for grounding AI agents in structured data.

    Jupyter Notebooka2aagentic-aidapr
    在 GitHub 上查看↗3,908
  • helixdb/helix-dbHelixDB 的头像

    HelixDB/helix-db

    3,830在 GitHub 上查看↗

    Helix DB is a distributed graph database and knowledge graph platform that persists nodes and edges on object storage for durable and unlimited scaling. It operates as an ACID-compliant system, ensuring data consistency through serializable snapshot isolation during concurrent operations. The project distinguishes itself by combining a vector search engine and a property graph, utilizing hybrid vector and full-text search to locate entry points for graph traversals. It enables dynamic graph querying through a domain-specific language, allowing complex logic and recursive queries to be execute

    Manages interconnected data as a property graph with support for complex recursive traversals.

    Rustaiclidatabase
    在 GitHub 上查看↗3,830
  • kingjulio8238/memarykingjulio8238 的头像

    kingjulio8238/Memary

    2,568在 GitHub 上查看↗

    Memary is a memory-augmented agent framework that stores and retrieves contextual information from a knowledge graph to personalize responses and maintain long-term memory across interactions. It automatically captures all agent interactions and stores them as structured memories without requiring explicit instrumentation, then injects top-ranked user entities and themes into the active context window to tailor agent responses dynamically. The framework distinguishes itself through a multi-retriever memory search that combines COLBERT reranking with recursive graph queries across databases, e

    Stores and retrieves contextual information using a graph database with entities and relationships for structured recall.

    Jupyter Notebookagentsknowledge-graphmemory
    在 GitHub 上查看↗2,568
  • dpapathanasiou/simple-graphdpapathanasiou 的头像

    dpapathanasiou/simple-graph

    1,523在 GitHub 上查看↗

    Simple Graph is a lightweight graph database engine that utilizes SQLite to persist nodes and edges. It functions as a relational graph engine by mapping graph structures into standard database tables, allowing for the storage of both structured data and flexible, schema-less information through JSON document embedding. The system provides a utility for performing complex graph traversals and path discovery by leveraging recursive common table expressions. This approach enables the exploration of deep connections and sequences of connected nodes within the stored data network. The project su

    Functions as a lightweight graph data store that uses SQLite to persist nodes and edges.

    在 GitHub 上查看↗1,523
  • yifanfeng97/hyper-extractyifanfeng97 的头像

    yifanfeng97/Hyper-Extract

    1,242在 GitHub 上查看↗

    Hyper-Extract is a framework designed for automated knowledge extraction, graph construction, and retrieval-augmented generation. It functions as a command-line tool that transforms unstructured text into structured knowledge graphs and hypergraphs, enabling users to build interconnected, searchable, and machine-readable data repositories from their documents. The system distinguishes itself through its focus on personal knowledge management and incremental processing. It allows users to update existing knowledge bases by processing only new document deltas, avoiding redundant computation. Th

    Organizes extracted entities and relationships into interconnected graph structures to represent complex data.

    Pythonaiai-agentscli
    在 GitHub 上查看↗1,242
  1. Home
  2. Data & Databases
  3. Entity Relationships
  4. Knowledge Graphs

探索子标签

  • AST-Based Code GraphsKnowledge graphs constructed from abstract syntax trees to map syntactic relationships and dependencies. **Distinct from Knowledge Graphs:** Specializes general knowledge graphs to those specifically built from code ASTs for architectural reasoning.
  • Agent Memory StoresStores and retrieves contextual information using a graph database with entities and relationships for structured recall. **Distinct from Knowledge Graphs:** Distinct from Knowledge Graphs: focuses on using the graph as an agent memory store for structured recall, not general graph traversal.
  • Graph-Augmented InferenceInference processes that integrate structured knowledge graph relationships with neural network outputs for factual accuracy. **Distinct from Knowledge Graphs:** Distinct from Knowledge Graphs: focuses on the inference-time application of graphs rather than the graph structure itself.
  • Knowledge Graph CompletionThe process of predicting missing links or triples within a knowledge graph. **Distinct from Knowledge Graphs:** Focuses on predicting missing information (completion) rather than just the structure or traversal of the graph.
  • Medical Knowledge Graph ConstructorsPipelines designed specifically to build medical knowledge graphs from web data. **Distinct from Knowledge Graphs:** Focuses on the construction pipeline for medical data rather than the general graph structure
  • SQLite-BackedKnowledge graphs stored in SQLite databases for fast queries and graph traversal. **Distinct from Knowledge Graphs:** Distinct from Knowledge Graphs: focuses on SQLite as the storage backend rather than general graph database technologies.