Reachability analysis provides a powerful framework for understanding and guaranteeing robustness in bipedal systems. By computing the set of states that a system can reach under various conditions, we can identify safe operating regions, quantify robustness margins, and design controllers that maintain stability despite model uncertainties and disturbances. This is especially relevant to wearables and exoskeletons, where failure poses a great risk to the patient’s safety.

In this project, we use these tools to develop algorithms for verification and design of bipedal robot controllers with safety and reliability guarantees. Ultimately, this work will bridge the gap between theoretical guarantees and practical implementation on bipedal robots and wearable devices.