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Mechanisms for improving walking speed after longitudinal powered robotic exoskeleton training for individuals with spinal cord injury.

, , , , , , , , , and . EMBC, page 2805-2808. IEEE, (2018)

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Effects of Exoskeleton Training Intervention on Net Loading Force in Chronic Spinal Cord Injury., , , and . EMBC, page 2793-2796. IEEE, (2018)Construction and evaluation of a model for wheelchair propulsion in an individual with tetraplegia., , , and . Medical Biol. Eng. Comput., 57 (2): 519-532 (2019)Combining Spinal Cord Transcutaneous Stimulation with Activity-based Training to Improve Upper Extremity Function Following Cervical Spinal Cord Injury., , , , , and . EMBC, page 1-4. IEEE, (2023)Empirical mode decomposition as a tool to remove the function Electrical stimulation artifact from surface electromyograms: Preliminary investigation., , and . EMBC, page 1847-1850. IEEE, (2012)Improved Gait symmetry with spinal cord transcutaneous stimulation in individuals with spinal cord injury., , , , , and . EMBC, page 1-4. IEEE, (2023)Spinal Cord Stimulation with Activity-Based Training: Effect on Spasticity., , , , , and . EMBC, page 1-4. IEEE, (2023)Spinal Cord Transcutaneous Stimulation Enables Volitional Knee Extension in Motor-complete SCI., , , , , and . EMBC, page 2373-2376. IEEE, (2022)Isolating Transcutaneous Spinal Cord Stimulation Artifact to Identify Motor Response during Walking., , , and . EMBC, page 6569-6572. IEEE, (2021)Differential Corticospinal Excitability and Cortical Functional Connectivity Modulation by Spinal Cord Transcutaneous Stimulation-based Motor Training versus Motor Training alone in Able-bodied and SCI participants: A Multiple Case Study., , , , , , , and . EMBC, page 1-4. IEEE, (2023)Validation of empirical mode decomposition combined with notch filtering to extract electrical stimulation artifact from surface electromyograms during functional electrical stimulation., , , and . EMBC, page 1733-1736. IEEE, (2016)