University of Southern California (USC) - Dynamic Robotics and Control Laboratory
education qualifiedLead Information
Organization
The Dynamic Robotics and Control Laboratory at USC has a strong focus on 'Extreme Agile and Robust Locomotion for Legged Robots' and 'Adaptive Forced-based Control for Dynamic Manipulation and Locomotion.' These research areas are directly aligned with the capabilities and applications of DEEP Robot
🎯 Why Relevant
The Dynamic Robotics and Control Laboratory at USC has a strong focus on 'Extreme Agile and Robust Locomotion for Legged Robots' and 'Adaptive Forced-based Control for Dynamic Manipulation and Locomotion.' These research areas are directly aligned with the capabilities and applications of DEEP Robotics quadruped robots. The lab also indicates active projects and collaborations (e.g., with Siemens PLM), suggesting budget and procurement capability.
📝 Score Breakdown
71/100 (weight 0.6)
92/100 (weight 0.4)
| Dimension | Score |
|---|---|
| Quadruped Evidence | 30 |
| Research Depth | 19 |
| Credibility | 3 |
| Budget Proxy | 10 |
| Contact Quality | 0 |
| Activity | 8 |
| Source Corroboration | 2 |
🔍 Evidence (1)
Extreme Agile and Robust Locomotion for Legged Robots The goal of this work is to achieve extreme agile and robust locomotion for legged robots with a wide range of aggressive motion including fast running and high jumping on rough terrains. To achieve this, this project will explore solutions from the combination of robust and adaptive control, trajectory optimization, real-time optimal control,