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Keyphrases
Robotic Orthosis
61%
Gait Rehabilitation
51%
Rehabilitation Robotics
40%
Robot-assisted Gait Training
36%
Parallel Robot
31%
Mechanism Design
31%
Upper Limb Rehabilitation Robot
29%
Pneumatic muscle Actuator
29%
Gait Rehabilitation Robot
28%
Modified Couple Stress Theory
27%
Robotic Device
26%
Orthosis
26%
Design Optimization
26%
Parallel Ankle Rehabilitation Robot
25%
Ankle Rehabilitation Robot
25%
Control Strategy
25%
Robot-assisted
24%
Robot Design
24%
Ankle Robot
23%
Actuation
23%
Microbeam
23%
Wrist Rehabilitation Robot
22%
Design Analysis
22%
Transverse Motion
21%
Gait Training
21%
Equations of Motion
21%
Control Scheme
21%
Six-bar Linkage
20%
Compliant Robot
20%
Parallel Mechanism
20%
Size Dependence
20%
Physical Therapy
19%
Stiffness
19%
Rotational Motion
19%
End-effector
19%
Controller
18%
Control Aspect
18%
Design Aspects
18%
Ankle Joint
18%
Geometric Imperfection
17%
Continuation Method
17%
Musculoskeletal Modeling
17%
Exoskeleton
17%
Stroke Patients
17%
Microsystems
16%
Robot Model
16%
Energy Transfer
16%
Shear Deformable
16%
Robotics
16%
Genetic Algorithm
16%
Engineering
Joints (Structural Components)
100%
Robot
86%
Degree of Freedom
68%
Actuator
62%
Actuation
48%
Rigidity
41%
Pneumatics
37%
Mechanism Design
35%
Control Strategy
35%
End Effector
33%
Design Optimization
28%
Control Scheme
28%
Modified Couple Stress
28%
Deep Learning Method
27%
Genetic Algorithm
27%
Design Analysis
26%
Potential Energy
23%
Porosity
21%
Microsystem
21%
Nonlinearity
20%
Transverse Motion
19%
Experimental Result
17%
Angle Joint
17%
Hamilton's Principle
17%
Rotational Motion
16%
Sagittal Plane
15%
Exoskeleton (Robotics)
15%
Robotic System
14%
Condition Number
14%
Optimal Design
14%
Actuator Force
14%
Microcantilevers
13%
Rotational
12%
Inverse Kinematics
12%
Control System
11%
Healthy Subject
11%
Adaptability
11%
Nonlinear Mechanics
10%
Non-Dominated Sorting Genetic Algorithm II
10%
Reference Trajectory
10%
Resonant Frequency
10%
Dynamical Behavior
10%
Artificial Intelligence
10%
Systems Dynamics
9%
Scale Parameter
9%
Reduced Order Model
9%
Displacement Field
9%
Nonlinear Analysis
9%
Kinematic Model
9%
Generalized Coordinate
9%
