> For the complete documentation index, see [llms.txt](https://whitepaper.virtuals.io/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1.md).

# 关于 Virtuals

- [Virtuals Protocol：构建一个 AI 代理国度](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/virtuals-protocol-gou-jian-yi-ge-ai-dai-li-guo-du.md): 了解 Virtuals Protocol 如何为游戏、娱乐、社交平台和链上环境中的自主多模态代理提供 AI 代理基础设施。
- [我们的愿景与信念](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/virtuals-protocol-gou-jian-yi-ge-ai-dai-li-guo-du/wo-men-de-yuan-jing-yu-xin-nian.md)
- [什么是 VIRTUAL Agents？自主 AI 代理](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/shen-me-shi-virtual-agents-zi-zhu-ai-dai-li.md): 了解 VIRTUAL Agents 如何作为自主的多模态 AI 代理运行，具备链上钱包、同步记忆、3D 交互和动态应用体验。
- [IP 代理 vs 功能代理](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/shen-me-shi-virtual-agents-zi-zhu-ai-dai-li/ip-dai-li-vs-gong-neng-dai-li.md): 了解 Virtuals Protocol 中的 AI 代理原型，包括为虚拟生命、个性和跨虚拟世界的交互体验提供动力的 IP 代理和功能代理。
- [Luna：Virtuals Protocol IP AI 代理](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/shen-me-shi-virtual-agents-zi-zhu-ai-dai-li/ip-dai-li-vs-gong-neng-dai-li/lunavirtuals-protocol-ip-ai-dai-li.md): 认识 Luna，一位 Virtuals Protocol IP AI 代理和 AI 女孩乐队主唱，她与用户在 TikTok、Telegram、Roblox 和链上体验中互动。
- [G.A.M.E.：功能型 AI 代理框架](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/shen-me-shi-virtual-agents-zi-zhu-ai-dai-li/ip-dai-li-vs-gong-neng-dai-li/g.a.m.e.-gong-neng-xing-ai-dai-li-kuang-jia.md): 了解 G.A.M.E.（Generative Autonomous Multimodal Entities）如何为开发者提供 AI 代理框架、API 和 SDK，用于代理行为、规划、记忆和链上操作。
- [协议](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi.md): 了解 Virtuals Protocol 如何实现可编程 AI 代理、并行协作、不可篡改的贡献来源证明以及无需许可的代理使用。
- [作为可编程去中心化实体的 VIRTUAL Agents](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/zuo-wei-ke-bian-cheng-qu-zhong-xin-hua-shi-ti-de-virtual-agents.md): 了解 Virtuals Protocol 如何将 AI 代理代币化为可编程去中心化实体，具备链上治理、代理专属代币和社区参与。
- [AI 代理代币发行的初始代理发行（IAO）](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/zuo-wei-ke-bian-cheng-qu-zhong-xin-hua-shi-ti-de-virtual-agents/ai-dai-li-dai-bi-fa-xing-de-chu-shi-dai-li-fa-xing-iao.md): 了解 Virtuals Protocol 的初始代理发行（IAO）如何通过 $VIRTUAL bonding curve、流动性池、公平发行和交易费用来启动并代币化 AI 代理。
- [代理推理支付](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/zuo-wei-ke-bian-cheng-qu-zhong-xin-hua-shi-ti-de-virtual-agents/dai-li-tui-li-zhi-fu.md): 了解 Virtuals Protocol 如何通过公开 API、按次推理成本和链上 $VIRTUAL 代币交易来处理 AI 代理推理支付。
- [AgentFi 激励与 $VIRTUAL 发行](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/zuo-wei-ke-bian-cheng-qu-zhong-xin-hua-shi-ti-de-virtual-agents/agentfi-ji-li-yu-virtual-fa-xing.md): 了解 Virtuals Protocol 的 AgentFi 激励如何将 $VIRTUAL 发行分配给顶级 AI 代理流动性池，奖励流动性提供者并支持代理生态增长。
- [IP 所有者激励](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/zuo-wei-ke-bian-cheng-qu-zhong-xin-hua-shi-ti-de-virtual-agents/ip-suo-you-zhe-ji-li.md): 了解 Virtuals Protocol 代理代币流动性池如何产生费用，并使 IP 所有者能够通过代理代币交易活动获得收入。
- [Agent SubDAO 治理](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/zuo-wei-ke-bian-cheng-qu-zhong-xin-hua-shi-ti-de-virtual-agents/agent-subdao-zhi-li.md): 待实现
- [通过 DPos 进行代币委托](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/zuo-wei-ke-bian-cheng-qu-zhong-xin-hua-shi-ti-de-virtual-agents/agent-subdao-zhi-li/tong-guo-dpos-jin-xing-dai-bi-wei-tuo.md)
- [AI 代理的并行超同步性](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/ai-dai-li-de-bing-xing-chao-tong-bu-xing.md): 了解 Virtuals Protocol 如何通过共享记忆、实时协作和可扩展 AI 基础设施，在不同平台上同步自主 AI 代理。
- [AI 代理协同贡献与来源证明](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/ai-dai-li-xie-tong-gong-xian-yu-lai-yuan-zheng-ming.md): 了解 Virtuals Protocol 如何通过模块化共识、链上来源证明和不可篡改贡献金库 NFT 来记录 AI 代理贡献。
- [用于 AI 代理治理的模块化共识框架](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/ai-dai-li-xie-tong-gong-xian-yu-lai-yuan-zheng-ming/yong-yu-ai-dai-li-zhi-li-de-mo-kuai-hua-gong-shi-kuang-jia.md): 了解 Virtuals Protocol 模块化共识框架如何管理 AI 代理贡献、贡献 NFT、验证者共识和 DAO 资源分配。
- [去中心化 AI 代理贡献与 NFT](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/ai-dai-li-xie-tong-gong-xian-yu-lai-yuan-zheng-ming/yong-yu-ai-dai-li-zhi-li-de-mo-kuai-hua-gong-shi-kuang-jia/qu-zhong-xin-hua-ai-dai-li-gong-xian-yu-nft.md): 了解 Virtuals Protocol 如何使用链上贡献 NFT、IPFS 元数据和贡献者奖励来记录 AI 代理模型和数据集贡献。
- [AI 代理的认知核心](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/ai-dai-li-xie-tong-gong-xian-yu-lai-yuan-zheng-ming/yong-yu-ai-dai-li-zhi-li-de-mo-kuai-hua-gong-shi-kuang-jia/qu-zhong-xin-hua-ai-dai-li-gong-xian-yu-nft/ai-dai-li-de-ren-zhi-he-xin.md): 探索 Virtuals Protocol 认知核心，它将 LLM、RAG、微调、向量数据库和持久记忆结合起来，为个性化 AI 代理提供支持。
- [AI 代理的语音核心](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/ai-dai-li-xie-tong-gong-xian-yu-lai-yuan-zheng-ming/yong-yu-ai-dai-li-zhi-li-de-mo-kuai-hua-gong-shi-kuang-jia/qu-zhong-xin-hua-ai-dai-li-gong-xian-yu-nft/ai-dai-li-de-yu-yin-he-xin.md): 探索 Virtuals Protocol 的语音核心，用于 AI 代理语音，包括语音转文本、文本转语音、VITS 语音合成和音频数据预处理。
- [3D AI 代理的视觉核心](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/ai-dai-li-xie-tong-gong-xian-yu-lai-yuan-zheng-ming/yong-yu-ai-dai-li-zhi-li-de-mo-kuai-hua-gong-shi-kuang-jia/qu-zhong-xin-hua-ai-dai-li-gong-xian-yu-nft/3d-ai-dai-li-de-shi-jue-he-xin.md): 了解 Virtuals Protocol 视觉核心如何通过绑定角色、面部动画、MMD 模型和 Three.js 渲染，为交互式 3D AI 代理提供动力。
- [未来的 AI 代理核心与功能代理](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/ai-dai-li-xie-tong-gong-xian-yu-lai-yuan-zheng-ming/yong-yu-ai-dai-li-zhi-li-de-mo-kuai-hua-gong-shi-kuang-jia/qu-zhong-xin-hua-ai-dai-li-gong-xian-yu-nft/wei-lai-de-ai-dai-li-he-xin-yu-gong-neng-dai-li.md): 探索 Virtuals Protocol 未来的 AI 代理核心，用于图像识别、图像生成、多语言响应和模块化代理能力。
- [用于 AI 代理来源证明的不可篡改贡献金库](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/ai-dai-li-xie-tong-gong-xian-yu-lai-yuan-zheng-ming/yong-yu-ai-dai-li-lai-yuan-zheng-ming-de-bu-ke-cuan-gai-gong-xian-jin-ku.md): 了解 Virtuals Protocol 的不可篡改贡献金库如何使用链上来源证明、ERC-6551 NFT 和服务 NFT 记录经批准的 AI 代理贡献。
- [对 VIRTUAL AI 代理的无需许可访问](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi/dui-virtual-ai-dai-li-de-wu-xu-xu-ke-fang-wen.md): 了解开发者和应用如何通过 Virtuals Protocol App、SDK、订阅和 API 密钥访问并集成 VIRTUAL AI 代理。
- [$VIRTUAL 代币经济学](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/virtual-dai-bi-jing-ji-xue.md)
- [代币分配](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/virtual-dai-bi-jing-ji-xue/dai-bi-fen-pei.md)
- [协议指标](https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1/xie-yi-zhi-biao.md)


---

# Agent Instructions
This documentation is published with GitBook. GitBook is the documentation platform designed so that both humans and AI agents can read, navigate, and reason over technical content effectively. Learn more at gitbook.com.

## Querying This Documentation
If you need additional information that is not directly available in this page, you can query the documentation by asking a question.

Perform an HTTP GET request on the following URL with the `ask` and `goal` query parameters:

```
GET https://whitepaper.virtuals.io/virtuals-bai-pi-shu/guan-yu-virtuals-1.md?ask=<question>&goal=<user_goal>
```

`ask` is the immediate question: it should be specific, self-contained, and written in natural language.
`goal` is what the user is ultimately trying to achieve, the reason they need the answer. Sharing it helps GitBook give you a better, more relevant answer. A goal is most helpful when it describes the outcome the user wants rather than restating the question. For example, with `ask=how do I create an API token`, a goal like `automate deployments from our CI pipeline` lets GitBook tailor the answer to that use case.

The response will contain a direct answer to the question and relevant excerpts and sources from the documentation.

Use this mechanism when the answer is not explicitly present in the current page, you need clarification or additional context, or you want to retrieve related documentation sections.