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New review looks at the impact of robotic exoskeletons on recovery of ambulation among individuals with acquired brain injury

A team of New Jersey researchers reviewed the evidence for the impact of robotic exoskeleton devices on recovery of ambulation among individuals with acquired brain injury, laying out a systematic framework for the evaluation of such devices that is needed for rigorous research studies. ....

New Jersey , United States , Montclair State University , Eliana Legelen , Soha Saleh , Caitlyn Bach , Kiran Karunakaran , Karen Nolan , Karenj Nolan , Danielle Ellis , Brain Injury Mobility Laboratory , Rehabilitation Engineering Research At Kessler Foundation , Rehabilitation Engineering Research , Sai Pamula , Kessler Foundation , Montclair State , Acquired Brain Injury Mobility , Cerebral Palsy , Traumatic Brain Injury ,

Robotic exoskeletons and neurorehabilitation for acquired brain injury: Determining the potential for recovery of overground walking

Robotic exoskeletons and neurorehabilitation for acquired brain injury: Determining the potential for recovery of overground walking
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Karenj Nolan , Soha Saleh , Eliana Legelen , Karen Nolan , Caitlyn Bach , Kiran Karunakaran , Montclair State University , Brain Injury Mobility Laboratory , Rehabilitation Engineering Research , Rehabilitation Engineering Research At Kessler Foundation , Sai Pamula , Kessler Foundation , Montclair State , Acquired Brain Injury Mobility ,

New Framework for Evaluating Robotic Exoskeleton Devices

A group of researchers from New Jersey examined information about the effect of robotic exoskeleton devices on the recovery of ambulation in people who have had acquired brain injuries, putting forth a systematic framework for the evaluation of such devices that is required for thorough research studies. ....

Montclair State University , New Jersey , United States , Soha Saleh , Karen Nolan , Eliana Legelen , Megan Craig , Karenj Nolan , Kiran Karunakaran , Caitlyn Bach , Rehabilitation Engineering Research At Kessler Foundation , Brain Injury Mobility Laboratory , Research Scientist , Kessler Foundation , Rehabilitation Engineering Research , Evaluating Robotic Exoskeleton Devices , Sai Pamula , Study Author , Acquired Brain Injury Mobility Laboratory , Automation Industry Focus ,

Robotic exoskeletons and neurorehabilitation for acquired brain injury: Determining the potential for recovery

Robotic exoskeletons and neurorehabilitation for acquired brain injury: Determining the potential for recovery
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New Jersey , United States , Montclair State University , Kirank Karunakaran , Eliana Legelen , Karenj Nolan , Kiran Karunakaran , Soha Saleh , Karen Nolan , Caitlyn Bach , Rehabilitation Engineering Research At Kessler Foundation , Brain Injury Mobility Laboratory , Rehabilitation Engineering Research , Kessler Foundation , Sai Pamula , Montclair State , Acquired Brain Injury Mobility ,

Advanced universal control system may revolutionize lower limb exoskeleton control and optimize user experience: Researchers harness deep reinforcement learning to enable natural and intuitive walking in exoskeletons

Advanced universal control system may revolutionize lower limb exoskeleton control and optimize user experience: Researchers harness deep reinforcement learning to enable natural and intuitive walking in exoskeletons
sciencedaily.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from sciencedaily.com Daily Mail and Mail on Sunday newspapers.

Xianlian Zhou , Ghaith Androwis , Biodynamics Lab , Center Rehabilitation Robotics , Rehabilitation Engineering Research At Kessler Foundation , Research Laboratory , Rehabilitation Engineering Research , Kessler Foundation , Rehabilitation Robotics , Biomedical Engineering , New Jersey Institute ,