A review of advances in noninvasive brain–machine interfaces for robotic-assisted rehabilitation

Engineering

• End-Users 100%
• Past Decade 100%
• Daily Life 100%
• User Experience 100%
• Robotic System 100%
• User Centered Design 100%
• Real World Application 100%
• Technological Advancement 100%
• Brain Signal 100%
• Learning System 100%

Computer Science

• Interface System 100%
• World Application 50%
• User Experience 50%
• User-Centered Design 50%
• Centered Research 50%
• Motor Disability 50%
• Motor Impairment 50%
• Disabled Individual 50%
• Assistive Technology 50%
• robotic platform 50%
• Machine Learning 50%
• Learning System 50%

Keyphrases

• Robotic Rehabilitation 100%
• Brain-machine Interface 100%
• Robotic Device 20%
• System Interface 20%
• Technological Progress 10%
• Robotics 10%
• Daily Life 10%
• Persons with Disabilities 10%
• Machine Learning 10%
• Real-world Application 10%
• User Experience 10%
• Signal Processing 10%
• Intuitive Interfaces 10%
• User-centered Design 10%
• Assistive Technology 10%
• Interface Technology 10%
• Real-world Impact 10%
• Robotic System 10%
• Motor Impairment 10%
• Robotic Platform 10%
• Brain Control 10%
• Signal Machine 10%
• Brain Signals 10%
• Empowered Patient 10%
• Dynamic Interplay 10%
• Severe Motor Disability 10%
• User Research 10%
• Complex Field 10%
• Evolving Landscape 10%
• End-user Evaluation 10%
• Responsive Interface 10%