Lab / Research
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Activation Steering for Embodied Intelligence

Guiding Multimodal Foundation Models in Robotics

Stage 12 Complete
25
精选论文
12/12
研究阶段
4
核心贡献
NeurIPS
目标会议

💡 Core Contribution

首个系统性将 activation steering 应用于 VLA 模型的研究框架,整合安全约束和闭环控制。

首个 VLA Steering 框架
系统性将 activation steering 应用于多模态基础模型
安全约束整合
物理约束建模 + 运行时监控 + 安全验证
闭环控制机制
状态反馈 + 时序一致性 + 自适应调整
真实机器人验证
Isaac Gym 仿真 + Franka Panda/Unitree Go1 部署

⚠️ Research Gaps

G1
机器人场景安全约束
缺乏机器人场景下的 steering 安全约束框架
G3
闭环控制研究空白
Steering 在闭环控制中的研究空白
G7
理论保证不足
Steering 在 VLA 中的理论保证不足

📋 Paper Outline

1 Introduction 1200 words
2 Related Work 2000 words
3 Methodology 2500 words
4 Experiments 3000 words
5 Discussion 1500 words
6 Conclusion 500 words
Total: 10,400 words 8 Figures + 5 Tables

📝 Stage 10: Related Work (1847 words)

VLA Models 520 words
Activation Steering 580 words
Mechanistic Interpretability 450 words
Safety 297 words

🔬 Stage 11: Methodology (1156 words)

Problem Formulation
Feature Discovery (SAE)
Steering Vector Learning
Safety Constraints
Closed-Loop Integration

🧪 Stage 12: Experiment Planning

实验数量: 8 个
平台: Isaac Gym + Franka Panda + Unitree Go1
基线方法: 5 种
关键指标:
Task Success >70%Steering Accuracy >80%Constraint Satisfaction >99.5%

📄 Full Research Details

Complete Stage 10/11/12 content with all methodology details, experiment plans, and related work analysis.

View Full Details

📚 Key Papers

core 2603 Sparse Autoencoders in VLA
core 2603 Not All Features Are Created Equal
core 2603 Analysing Safety Pitfalls