Gait adaptation to visual kinematic perturbations using a real-time closed-loop brain-computer interface to a virtual reality avatar

Keyphrases

• Virtual Reality 100%
• Closed-loop 100%
• Brain-computer Interface 100%
• Gait Adaptation 100%
• Kinematic Perturbations 100%
• VR System 40%
• Electroencephalography 30%
• Knee 20%
• Ankle 20%
• Virtual Environment 20%
• Delta Band 20%
• Gait Rehabilitation 20%
• Amplitude Modulated 10%
• Medical Conditions 10%
• Visuomotor 10%
• Patient Preference 10%
• R-value 10%
• Lower Limb Exoskeleton 10%
• Scalp Electroencephalogram 10%
• Joint Angle 10%
• Decoding Accuracy 10%
• Wearable Robot 10%
• Treadmill Walking 10%
• Neural Decoding 10%
• Brain-computer Interface Systems 10%
• Lower Body 10%
• Movement Rehabilitation 10%
• Gait Pattern 10%
• Bipedal Locomotion 10%
• Human Gait 10%
• Rehabilitation after Stroke 10%
• Multi-day 10%
• Cortical Plasticity 10%
• Asymmetric Walking 10%
• Modulated Potential 10%
• Walking Gait 10%
• Slow Cortical Potentials 10%
• Lower Limb Joints 10%
• Cortical Adaptation 10%

Neuroscience

• Brain-Computer Interface 100%
• Cerebrovascular Accident 9%
• Locomotion 9%