Physical AI 前沿雷达 · 2026-10-08

语言:中文 · EN · JA

每日自动更新的具身智能前沿雷达:八条主线、三语精炼、证据可查。

今日重点

1. Agentic RSR: Real-to-Sim-to-Real through Scene Reconstruction and Execution-Grounded Robot Policies

A simulation of a real robot workspace must preserve task-relevant interactions, while policies developed in it must operate on observations available to the real robot.

2. RealtimeWAM: How Fast Can I Run My World Action Model?

World Action Models (WAMs) combine visual dynamics modeling with action generation, but their high inference latency limits responsive robot control.

3. RFPO: Rectified Flow Policy Optimization for Embodied Control

Flow-based policies provide an expressive framework for continuous robot control, but their iterative ODE integration incurs substantial inference cost.

4. PEARS: Physical-Prior-Guided Efficient Adaptation via Failure Reasoning and Diffusion Steering for Tactile Manipulation

Pretrained robotic policies can suffer substantial performance degradation under out-of-distribution (OOD) conditions encountered during deployment, motivating post-training through real-world interaction.

5. 研究了1933篇 IROS 论文,我们看到了机器人学的六项新变化

大模型并没有“吃掉”机器人学。9月27日,IROS 2026 将在匹兹堡开幕。

6. 对话如祺出行COO韩锋:世界模型越强,真实数据才是真壁垒

过去一年,“物理AI”几乎成了自动驾驶、车企共同争夺的下一张船票。 世界模型、具身大模型、机器人数据……众多公司从不同切入口布局物理AI,试图成为新风口之下的主角,相比之下,如祺出行选择了一条不那么显眼的路径,不自己训练大模型,而是尝试成为模型背后的数据基础设施。

7. IROS 2026大奖揭晓:长期记忆拿下最佳论文,人形机器人打网球、端托盘双双获奖

在机器人领域,一个更大的模型并不能自动解决所有问题。当地时间 9 月 30 日,IROS 2026 主会在美国匹兹堡落下帷幕,本届大会的主要奖项也在最后一天正式揭晓。

8. Harmonic Drive to share how integrated actuators can reduce engineering at RoboBusiness

Attendees will learn how integrated actuators can reduce engineering effort by simplifying system integration.

前沿基线(人工策展)

1. Newton: open-source GPU physics engine for robotics (NVIDIA, Google DeepMind, Disney Research)

2. π*0.6 / Recap: a VLA that learns from experience via advantage-conditioned policies

3. XPENG commissions its humanoid production lines; IRON walks off the line autonomously

4. RD-VLA: implicit test-time compute scaling via latent iterative reasoning

5. RoboHarness: memory-driven orchestration of heterogeneous robot policies

6. HumanEgo: zero-shot robot learning from minutes of human egocentric video

主线分布 (近 7 天入选)

主线 #
基座模型(VLA / WAM) 11
数据引擎(采集 / 清洗 / scaling) 3
训练与自我改进(RL / 后训练) 5
仿真与评测(sim2real / 闭环) 13
边缘与实时性(端侧推理 / 控制频率) 9
安全、权限与合规 4
系统与编排(长程 / 多策略) 4
本体与供应链(硬件 / 成本) 7

近期节奏

合规与标准观察


本仓库为技术观察,不构成投资建议、产品承诺或安全认证结论。论文结论以作者自报为准。

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