The authors are working on the personalisation of an innovative low-cost, lightweight, and easy-to-use active orthosis to facilitate over-ground walking with crutches by individuals with spinal cord injury (SCI) who possess remaining hip function. Personalisation will involve selection of the best knee motor control strategy for each subject, using predictive walking simulations that combine OpenSim patient-specific models with GPOPS-II optimal control predictions. In the present work, we describe a direct collocation optimal control framework to obtain a dynamically consistent walking motion that reproduces experimental measurements.Postprint (published version
The main objective of this bachelor thesis in Industrial Technology Engineering is to predict dynami...
A number of passive orthoses have been developed to provide gait assistance and rehabilitation for i...
Simulation of walking in individuals with incomplete spinal cord injuries (SCI) wearing an active or...
The authors are working on the personalisation of an innovative low-cost, lightweight, and easy-to-u...
Gait restoration of individuals with spinal cord injury can be partially achieved using active ortho...
Predicting the movements, ground reaction forces and neuromuscular activity during gait can be a val...
Abstract: Design of active orthosis is a challenging problem from both the dynamic simulation and co...
Aplicat embargament des de la data de defensa fins al dia 30 de setembre de 2021Walking impairment a...
The dynamic analysis and simulation of human gait using multibody dynamics techniques has been a maj...
This paper addresses the mechanical design and control of a new active stance-control knee-ankle-foo...
Abstract — Bipedal locomotion was simulated to generate a pattern of activating muscles for walking ...
A spinal cord injury severely reduces the quality of life of affected people. Following the injury, ...
Robotic gait training after spinal cord injury is of high priority to maximize independence and impr...
An assistive rehabilitation strategy for a lower-limb wearable robot is proposed and evaluated. The ...
Safety in the execution of the sit-to-stand movement is a key feature for wide adoption of powered l...
The main objective of this bachelor thesis in Industrial Technology Engineering is to predict dynami...
A number of passive orthoses have been developed to provide gait assistance and rehabilitation for i...
Simulation of walking in individuals with incomplete spinal cord injuries (SCI) wearing an active or...
The authors are working on the personalisation of an innovative low-cost, lightweight, and easy-to-u...
Gait restoration of individuals with spinal cord injury can be partially achieved using active ortho...
Predicting the movements, ground reaction forces and neuromuscular activity during gait can be a val...
Abstract: Design of active orthosis is a challenging problem from both the dynamic simulation and co...
Aplicat embargament des de la data de defensa fins al dia 30 de setembre de 2021Walking impairment a...
The dynamic analysis and simulation of human gait using multibody dynamics techniques has been a maj...
This paper addresses the mechanical design and control of a new active stance-control knee-ankle-foo...
Abstract — Bipedal locomotion was simulated to generate a pattern of activating muscles for walking ...
A spinal cord injury severely reduces the quality of life of affected people. Following the injury, ...
Robotic gait training after spinal cord injury is of high priority to maximize independence and impr...
An assistive rehabilitation strategy for a lower-limb wearable robot is proposed and evaluated. The ...
Safety in the execution of the sit-to-stand movement is a key feature for wide adoption of powered l...
The main objective of this bachelor thesis in Industrial Technology Engineering is to predict dynami...
A number of passive orthoses have been developed to provide gait assistance and rehabilitation for i...
Simulation of walking in individuals with incomplete spinal cord injuries (SCI) wearing an active or...