Control of Artificial Movement & Intuitive Neuroprosthesis - Présentation

CAMIN

Rechercher	CAMIN Control of Artificial Movement & Intuitive Neuroprosthesis	Consultez vos droits d'auteur Title of journal Publisher Is exactly Commence par Contains ISSN Is exactly All keywords Contains Consulter la politique des éditeurs également sur
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Tags Anesthesia Global Observation Neuroprosthetics Freezing of gait FOG Electroencephalography Petri nets Action potential Functional connectivity Parallel simulation SCI Functional electrical stimulation Formal analysis Simulation temps-réel FUNCTIONAL CONNECTIVITY 3D transformation Statically equivalent serial chain SESC Neural stimulation Ale metaanalysis Administration loops Inertial Sensor Brain plasticity Paraplegia Kinect Animal model Electrodes Rehabilitation Freezing Biomechanics Adaptive arithmetic coding Closed-loop control Brain mapping Neuroprostheses Formal verification 2D-spectral analysis Muscles Spinal Cord Injury Selectivity System Aerospace electronics Stroke Muscle model Fatigue Bladder and bowel functions Accelerometers Festination Implementation Default mode network Muscle Spasticity Brain Inertial Measurement Unit Ergonomics Control theory Subject-specificity Electrical stimulation Animals Autonomic managers Analyse formelle Vagus nerve stimulation Vagus nerve Neurorehabilitation Motion control Plasticity CORTEX Electric potential Inertial measurement units Functional Electrical Stimulation 3D centre of mass Electromyography Identification Inertial measurement unit Gait Cycle Ordonnancement Stimulation Pattern Surgery Aging SLA FES cycling EMG Simulation Social cognition Model decomposition Amplitude of low-frequency fluctuations Parkinson's disease Spinal cord injury Direct electrical stimulation Adelta fibres Cloud computing Freezing of gait Movement analysis Gait analysis Tetraplegia Humanoid robotics Adaptive Kinematics Awake surgery Transfer assistance Pig model Exception FES Center of mass CoM