Collaborate Disseminate
In 2017, researchers from Harvard’s Wyss Institute, the John A. Paulson School of Engineering and Applied Science and Boston University demonstrated a soft robotic exosuit designed to help stroke patients improve their mobility. Now an untethered versi… Continue reading Soft exosuit improves walking speed and endurance for stroke survivors
To the surprise of nobody with the slightest bit of technical intuition or just plain common sense, the world’s first solar roadway has proven to be a complete failure. The road, covering one lane and stretching all of 1,000 meters across the Normandy countryside, was installed in 2016 to great …read more
Wearable robot mobility helpers can be heavy and cumbersome, but they have the potential to help those who can’t move to walk again or make light work of heavy objects. For a number of years, researchers at Harvard’s Wyss Institute have been … Continue reading Hip-high soft exosuit provides walk or run assist
Wearables and robots don’t often intersect, because most robots rely on rigid bodies and programming while we don’t. Exoskeletons are an instance where robots interact with our bodies, and a soft exosuit is even closer to our physiology. Machine learning is closer to our minds than a simple state machine. The combination of machine learning software and a soft exosuit is a match made in heaven for the Harvard Biodesign Lab and Agile Robotics Lab.
Machine learning studies a walker’s steady gait for twenty periods while vitals are monitored to assess how much energy is being expended. After watching, the …read more