---
layout: single
title:  "盘古大模型关键技术解读"
date:   2025-06-23 20:00:00 +0800
categories: [AI 与大模型, 编程开发]
tags: [盘古, 华为, 世界模型, 具身智能]
---

自动驾驶与具身智能的发展依赖于世界模型和虚拟环境的构建，通过数字孪生和4D物理空间模拟真实世界规律以解决训练数据不足和安全性问题。盘古NLP大模型借助外部工具提升行业智能水平，而具身智能需融合3D空间理解、物理推理及行为预测能力，最终实现在高危场景中超越人类的目标。尽管发展曲折，但SFT训练链条和通用机器人愿景已展现潜力，预测大模型则致力于打破数据孤岛，通过原子级表达实现跨场景统一推演，推动AI向善与社会效率提升。

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## 基础模型

![](/images/2025/HDC/Pangu/01.jpg)

![](/images/2025/HDC/Pangu/02.jpg)

![](/images/2025/HDC/Pangu/03.jpg)

![](/images/2025/HDC/Pangu/04.jpg)

![](/images/2025/HDC/Pangu/05.jpg)

![](/images/2025/HDC/Pangu/06.jpg)


## 世界模型

![](/images/2025/HDC/Pangu/07.jpg)

![](/images/2025/HDC/Pangu/08.jpg)

![](/images/2025/HDC/Pangu/09.jpg)

![](/images/2025/HDC/Pangu/10.jpg)

![](/images/2025/HDC/Pangu/11.jpg)

![](/images/2025/HDC/Pangu/12.jpg)

![](/images/2025/HDC/Pangu/13.jpg)

![](/images/2025/HDC/Pangu/14.jpg)

![](/images/2025/HDC/Pangu/15.jpg)

![](/images/2025/HDC/Pangu/16.jpg)

![](/images/2025/HDC/Pangu/17.jpg)

![](/images/2025/HDC/Pangu/18.jpg)

![](/images/2025/HDC/Pangu/19.jpg)


## 具身智能

![](/images/2025/HDC/Pangu/20.jpg)

![](/images/2025/HDC/Pangu/21.jpg)

![](/images/2025/HDC/Pangu/22.jpg)

![](/images/2025/HDC/Pangu/23.jpg)

![](/images/2025/HDC/Pangu/24.jpg)

![](/images/2025/HDC/Pangu/25.jpg)

![](/images/2025/HDC/Pangu/26.jpg)

![](/images/2025/HDC/Pangu/27.jpg)

![](/images/2025/HDC/Pangu/28.jpg)


## 预测大模型

![](/images/2025/HDC/Pangu/29.jpg)

![](/images/2025/HDC/Pangu/30.jpg)

![](/images/2025/HDC/Pangu/31.jpg)

![](/images/2025/HDC/Pangu/32.jpg)

![](/images/2025/HDC/Pangu/33.jpg)

![](/images/2025/HDC/Pangu/34.jpg)

![](/images/2025/HDC/Pangu/35.jpg)


## 参考资料
- [盘古大模型关键技术解读](https://live.huawei.com/hdc2025/meeting/cn/15619.html)
- [华为开发者大会2025](https://developer.huawei.com/home/hdc/hdc2025.html)