Novel method for lower limb rehabilitation based on brain-computer interface and transcutaneous spinal cord electrical stimulation Publisher: IEEE Cite This

Publication Authors I. Ninenko; A. Kokorina; M. Egorov; A. Gupta; NDW. Mudalige; D. Tsetserukou; M. Lebedev
Published in Fourth international conference neurotechnologies and neurointerfaces (CNN)
Year of Publication 2022
Abstract

Over the past several decades there has been significant progress in clinical implementation of braincomputer interfaces (BCI) and transcutaneous spinal cord electrical stimulation (tSCS). Here we present a novel method employing those technologies for rehabilitation of lower-limb motor impairments. We developed a virtual environment with a BCI system and a unique assistive robot based on a KUKA manipulator. Combined with tSCS, our approach holds promise to deliver efficient rehabilitation.

Type of Publication Conference Proceeding
Lead Image No image
Lead Image Caption
Text
Images
Teaser Image 1
Teaser Image 2 No image
Files and Media
Local Video File
Local PDF File
Settings
Versioning enabled yes
Short name novel-method-for-lower-limb-rehabilitation-based-on-brain-computer-interface-and-transcutaneous-spinal-cord-electrical-stimulation-publisher-ieee-cite-this
Layout
Blocks { "83e325d9-7591-4b6d-b13b-f34748bbe716": { "@type": "slate" } }
Blocks Layout { "items": [ "83e325d9-7591-4b6d-b13b-f34748bbe716" ] }
Options
Categorization
Related Items
Contents

There are currently no items in this folder.

Keywords
Motion Planning