Engineering
Success Rate
100%
Robot
92%
Healthy Subject
73%
Encoding Scheme
61%
Swing Phase
61%
Joints (Structural Components)
61%
Angle Joint
61%
State Machine
61%
Tasks
46%
Response Time
46%
Mapping Function
46%
Virtual Reality
46%
Real Life
38%
Responder
35%
Inertial Sensor
30%
Adjustability
30%
Sensor Data
30%
Wearable Sensor
30%
Closed Loop
30%
Polar Coordinate System
30%
Biomimetics
30%
Similarities
30%
Application of Sensors
30%
Functional Requirement
30%
Sensor Fusion
30%
Assisted Living
30%
Machine Learning Technique
30%
Smart Home
30%
Interaction Force
30%
Circumferential
30%
Power Transmission
30%
Test Experiment
30%
Spatial Distribution
30%
Physical Model
30%
Magnitude Spectrum
30%
Muscle Activity
30%
Hydrogel
30%
Signal Quality
30%
Good Performance
30%
Classification Accuracy
30%
Application Monitoring
30%
Fixed Component
30%
Correct Response
30%
Starting Point
30%
Electrode Contact
30%
Related Application
30%
Repeated Exposure
30%
Signal-to-Noise Ratio
30%
Research Issue
30%
Conductive
30%
Computer Science
Robot
92%
Research Direction
61%
Distributed Computing
61%
Technical Framework
61%
Auditory Feedback
61%
Automatic Detection
61%
Multitasking
61%
Use Case
61%
State Machine
61%
User-Centered Design
46%
Responder
41%
Monitoring Solution
30%
Draw Attention
30%
Field Research
30%
Visual Modality
30%
Ambient Intelligence
30%
Machine Learning Technique
30%
Functional Requirement
30%
Ambient Assisted Living
30%
Hardware Sensor
30%
Software Architecture
30%
Session Control
30%
Microsoft Kinect Sensor
30%
Controlled System
30%
Quad-Core Processor
30%
Benchmarking
30%
Forward Selection
30%
User Acceptance
30%
Technical Detail
30%
Mobile App
30%
Good Performance
30%
Subsequent Iteration
30%
Monitoring Tool
30%
Visual Feedback
30%
Individual Patient
30%
Starting Point
30%
Related Application
30%
Application Domain
30%
Physical Model
30%
Participatory Design
30%
Assistive Technology
30%
Classification Accuracy
30%
Learning Effect
30%
Home Environment
30%
Independent Component
30%
Aesthetic Quality
30%
Monitoring Application
30%
Development Process
30%
Response Time
30%
Mapping Function
30%
Keyphrases
Functional Electrical Stimulation
61%
Assist-as-needed
61%
Rehabilitation Technology
48%
Neuroplasticity
46%
Hand Rehabilitation
30%
Tendon-driven Mechanism
30%
Soft Hand Exoskeleton
30%
Auditory Biofeedback
30%
ArmeoSpring
30%
Textile Interface
30%
Printed Textiles
30%
Upper Limb Movement
30%
Rectangular Pattern
30%
Older Population
30%
Sit-to-stand Transfer
30%
Spinal Cord Injury
30%
Robot-assisted Therapy
30%
Phase Mapping
30%
Robotic Gait Rehabilitation
30%
Perceptual Comparison
30%
Ecological Movement
30%
Movement Representation
30%
Fusion Learning
30%
Spinal Plasticity
30%
Distributed Monitoring
30%
Jebsen
30%
Robotic Rehabilitation
30%
Dynamic Encoding
30%
Robot-assisted Gait Training
30%
Musical Sonification
30%
Sequential Activation
30%
Disciplinary Fields
30%
Functional Development
30%
Hemiplegic Gait
30%
Plastic Changes
30%
Hand Orthosis
30%
Parameter Mapping Sonification
30%
Complete Lists
30%
Robot Base
30%
Leg Movement
30%
Robotics
30%
Stroke Patients
30%
Sound Envelope
30%
Natural Movement
30%
Interactive Tests
30%
Clinical Gait
30%
Sequential Forward Selection
25%
Subacute Stroke
23%
Ankle Dorsiflexion
23%
Perceived Congruence
20%
