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aa523656718-cloud/ auto-ontology
Auto Ontology 是一个用于构建语义图层的 Python 框架,为 LLM 和 Agent 工作流提供基于图谱的推理能力,支持从元数据生成企业本体,并通过 MCP、CLI 和 API 将语义上下文暴露给任何智能体框架。
AI 中文解读 · 根据仓库描述与 README 生成 · 2026/11/5 20:16:54 · 查看原文
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- 104
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- 1 天内 · 小火
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AI 根据 README 整理 · 2026/11/5 20:16:54
- 使用方式
项目提供基于 Docker Compose 的 Web UI 和聊天界面,同时支持通过 Helm chart 部署到 Kubernetes,并可通过 MCP、CLI 和 API 进行访问。
查看 README 依据
- **Authentication & RBAC** —using [Better Auth](https://github.com/better-auth/better-auth). - **Web UI** for chat, analysis, data catalog, analytics, and settings. - **Flexible deployment** — Helm chart for Kubernetes or Docker Compose for a local stack. ## Software Components | Component | Technology | Role | Default port | | ------------------- | ---------------------------------------------------------------------- | ------------------------------------------ | ------------ |
systems, and exposes it to any agent harness through MCP, CLI, and API. It complements the semantic models customers already own. It enables developers to: - Discover: generate enterprise ontologies from metadata; connect existing ontologies and semantic models; build AI-ready knowledge graphs. - Ground: give agents trusted business meaning for metrics, entities, and relationships; reconcile inconsistent definitions across systems. - Validate: check generated queries against certified definitions and lineage; return provenance with every answer.
- 部署要求
需要 Docker 与 Compose v2 以及 NVIDIA API 密钥(`nvapi-...`),默认使用 NVIDIA NIM 端点进行推理。
查看 README 依据
left unset falls back to the matching `DEFAULT_MODELS_<FIELD>`. So the simplest setup is to fill in `DEFAULT_MODELS_*` and override per-triplet fields only where they differ (e.g. `EMBED_MODEL`, `NON_REASONING_MODEL`). `*_API_KEY` also falls back to the legacy `NVIDIA_API_KEY` for backward compatibility. ## Quickstart This runs Auto-Ontology with Docker Compose against Wide World Importers, Microsoft's sample sales database. You need Docker with Compose v2, [uv](https://docs.astral.sh/uv/), and an NVIDIA API key (`nvapi-...`) from [build.nvidia.com](https://build.nvidia.com).
- **Embeddings:** `nvidia/nemotron-3-embed-1b` - **Reranking:** `nvidia/llama-nemotron-rerank-vl-1b-v2` The endpoints and models are configured via the `DEFAULT_MODELS_ENDPOINT`, `DEFAULT_MODELS_MODEL`, `EMBED_ENDPOINT`, and `EMBED_MODEL` environment variables and require a `DEFAULT_MODELS_API_KEY`. #### Model triplets Each model role is configured by a **triplet** of environment variables — `<PREFIX>_ENDPOINT` (URL), `<PREFIX>_API_KEY`, and `<PREFIX>_MODEL`: | Prefix | Role |
- 已知限制
该问题无法通过现有数据解答时,Agent 会报告无法回答;本仓库目前不接受外部贡献。
查看 README 依据
advertising data, so a question about ad spend has nothing to resolve against. An agent connected through [MCP](#mcp-server) checks answerability first and asks you to clarify: ```text You: What was return on ad spend for the sushi roll flash drive in June 2015? Agent: check_answerable -> coverage 0.5; no term covers "ad spend" Agent: I can find revenue for that product, but this data has no advertising spend, so I can't compute return on ad spend. Do you want June 2015 revenue instead, or is ad spend tracked in another
[open an integration request](https://github.com/NVIDIA/auto-ontology/issues/new?template=integration.yml). The Auto-Ontology team maintains the code and doesn't accept external pull requests. Integration requests and bug reports are welcome as issues. Report security vulnerabilities through [SECURITY.md](./SECURITY.md). Maintainer workflow is in [CONTRIBUTING.md](./CONTRIBUTING.md). ## Reference | Topic | Doc |
README
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收录信息
- 仓库创建时间
- 2026/11/5 18:34:22
- 首次达标收录
- 2026/11/5 20:11:42
- 统计更新时间
- 2026/11/5 22:01:47
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模型评估
值得看加权总分 4.0 / 5
由 Jev 模型根据仓库描述与 README 评估,2026/11/5 20:11:42 生成。评分仅供参考,不是代码、安全或许可证审查;热度等级另按创建时长与累计 Stars 计算。
仓库信息
- 最近推送
- 2026/11/5 18:18:00
- 许可证标识
- Apache-2.0
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- 1
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