Lead Information
Organization
The RoMI Lab is highly qualified, focusing on core legged robotics challenges like locomotion, motion planning, control, perception, and agile maneuvers. Their explicit work with the ANYmal robot demonstrates direct experience with advanced quadruped platforms and complex control problems relevant t
🎯 Why Relevant
The RoMI Lab is highly qualified, focusing on core legged robotics challenges like locomotion, motion planning, control, perception, and agile maneuvers. Their explicit work with the ANYmal robot demonstrates direct experience with advanced quadruped platforms and complex control problems relevant to DEEP Robotics products.
📝 Score Breakdown
81/100 (weight 0.6)
95/100 (weight 0.4)
| Dimension | Score |
|---|---|
| Quadruped Evidence | 30 |
| Research Depth | 19 |
| Credibility | 3 |
| Budget Proxy | 10 |
| Contact Quality | 10 |
| Activity | 8 |
| Source Corroboration | 2 |
👤 Contacts (1)
| Name | Title | Type | Confidence | |
|---|---|---|---|---|
| — | c.mastalli@hw.ac.uk | researcher | 60.0% |
🔍 Evidence (1)
Legged locomotion is a core motor skills needed to transverse challenging terrains and to reach any place. With these skills, legged robots can deliver substantial advantages by offering mobility that is unmatched by wheeled counterparts. These motor skills require are highly dynamics and complex as the robots need to balance and negotiate with the conditions of the environment. It requires to bui