Keyphrases
Kinect Sensor
71%
Stewart Platform
62%
Higher-order Local Autocorrelation
62%
Plantar
60%
Assistive Devices
57%
Platform Type
55%
Image Processing
53%
Ankle-foot
52%
Six Degrees of Freedom
49%
Ankle Rehabilitation
48%
Walking Analysis
46%
Six-axis
44%
Human Following
43%
Systems-based
42%
Tracking Method
39%
Force Sensor
38%
Loudspeaker Array
36%
Gait
35%
Near-infrared
35%
Mobile Robot
33%
Transfemoral Amputee
31%
Video Sequences
28%
Speaker Array
27%
Ankle Joint
26%
Asbestos
25%
Rehabilitation Device
25%
Ultrasonic Sensor
24%
Electrodermal Activity
24%
Human Ankle
24%
Autonomous Mobile Robots
23%
Plantar Skin
23%
Array System
23%
Running-specific Prosthesis
23%
Near-infrared Hyperspectral Imaging (NIR-HSI)
23%
3-axis
23%
Acoustic Pressure Distribution
22%
Human-following Robot
22%
3D Measurement
22%
Detecting Method
22%
Lower Limb
21%
High-speed Camera
21%
Pathological Diagnosis
21%
Quantitative Evaluation
21%
Pathologist
21%
Orthodontic Force
20%
Range Image Sensor
20%
Muscle Force Control
20%
Support Method
20%
Distributed Force Sensor
20%
Analysis Support
20%
Engineering
Experimental Result
100%
Stewart Platform
63%
Image Processing
59%
Joints (Structural Components)
56%
Platform Type
55%
Degree of Freedom
35%
Speed Camera
35%
Force Control
32%
Sound Pressure
31%
Pressure Distribution
30%
Developed Device
28%
Microphone Array
27%
Quantitative Evaluation
25%
Support System
24%
Rotation Axis
24%
Asbestos
24%
Measurement System
22%
Robot
22%
Human Foot
21%
Histogram
20%
Distributed Force
20%
Human Motions
20%
Deep Learning Method
19%
Mobile Robot
18%
Sound Source
18%
Step Length
17%
Support Vector Machine
17%
Capture System
17%
Actuator
16%
Contact Area
16%
Link Mechanism
16%
Motion Control
15%
Color Space
14%
Input Motion
14%
Computational Cost
14%
Reaction Force
13%
Nodes
13%
Human Walking
13%
Camera System
13%
Particle Counting
13%
Force System
13%
Biological Tissue
13%
Gait Analysis
10%
Point Cloud
10%
Pneumatics
10%
Daily Life
10%
Periodontal
10%
Rotation Angle
10%
Measuring Device
10%
Strain Gage
10%