Assisting walking balance using a bio-inspired exoskeleton controller (https://t.co/B4CyWdRVqe) with @Bayon, @EdwinAsseldonk, @FriedlDeGroote and (and not on twitter co-authors)
Thread!
We are hiring! If you are looking for a PhD position and want to work on the intersection of Human Movement and Data Science, apply!
https://t.co/arATpzSwAB
Want to asses stabilizing feedback control of walking? @MAfschrift @DieenJaap and me got you covered! Last year, we gave a workshop for @ISEKCongress (https://t.co/SVTeGQeGb5). Now, we have a paper on that submitted (preprint: https://t.co/VBLEbP63Gn), which comes with 1/2
Assisting walking balance using a bio-inspired exoskeleton controller (https://t.co/B4CyWdRVqe) with @Bayon, @EdwinAsseldonk, @FriedlDeGroote and (and not on twitter co-authors)
Thread!
I hope that this is a step forward in the design of exoskeletons that can support balance during daily live. Thanks to @FWO, @KULeuven, @VU_FBW and @UniversityTwente for supporting this work ! [11/n]
On a personal note: It was not always easy to work on this project due the short nights with my lovely daughters and my new job as assistant professor @VU_FBW . Thanks for the amazing support @FriedlDeGroote, @Edwin (and not on twitter co-authors)! [12/n]
#ArticlesInPress “Limiting radial pedal forces greatly reduces maximal power output and efficiency in sprint cycling; an optimal control study” D. A. Kistemaker, et al.
https://t.co/s17giBuBqF
#JAPPL#OptimalControl#Mechanics