Keyphrases
Textile-based
100%
Soft Robotics
49%
Actuator
37%
Textile
33%
Sensor-based
30%
Capacitive Sensor
30%
Textile Sensors
29%
Motion Monitoring
28%
Manufacturing Methods
25%
Yarn
23%
Temperature Sensing Fabric
23%
Soft Wearable Robot
23%
Pressure Sensor Array
23%
Knitted Fabric
20%
Soft Pressure Sensor
19%
Dielectric Layer
19%
Capacitive Strain Sensor
18%
Temperature Resistance
18%
Customizable
17%
Sensor Systems
17%
High Stretchability
15%
Conductive Fabric
15%
Strain Sensor
15%
Working Range
15%
Inertial Measurement Unit
15%
Testing Conditions
14%
Clothing
13%
Soft Sensing
13%
Machine Learning Models
13%
Knee Pad
13%
Capacitance
11%
Knee Flexion
11%
Monitoring Technology
11%
Piezo Film
11%
Cardiography
11%
Textile Electrodes
11%
Lower Limb Movement
11%
Robotic Mechanotherapy
11%
Sensing Textile
11%
Motion Capture System
11%
Healthcare Applications
11%
Sensing System
11%
Performance Analysis
11%
Textile-based Strain Sensor
11%
Gait Phase Detection
11%
Sensing Properties
11%
Electrocardiographic Monitoring
11%
Monitoring System
11%
Mechanical Testing
11%
Thermally Driven
11%
Engineering
Capacitive
72%
Pressure Sensor
34%
Pneumatics
26%
Human Motions
26%
Actuation
25%
Wearable Robots
23%
Manufacturing Technique
23%
Sensor Array
23%
Sensing Element
21%
Closed Loop
20%
Units of Measurement
19%
Inertial Measurement
19%
Conductive
18%
Test Rig
17%
Joints (Structural Components)
15%
Knitting Technology
15%
Temperature Profile
15%
Testing Condition
14%
Knitted Fabric
14%
Pressure Level
11%
Using Sensor
11%
Capture System
11%
Sensor Fusion
11%
Sensor Yarn
11%
Performance Analysis
11%
Composite Textile
11%
Thermal Sensor
11%
Textile Electrode
11%
Sensing Property
11%
Control Force
11%
Mechanical Testing
11%
Step Length
11%
Textile Product
11%
Sensing System
11%
Monitoring System
11%
Bending Angle
11%
Constant Speed
11%
Continuous Measurement
11%
Repeatability
11%
Dynamic Pressure
11%
Robot
11%
Fabric Sample
11%
Consumer Device
11%
Heel Strike
11%
Soft Robot
11%
Temperature Fluctuation
11%
Finite Element Analysis
11%
Artificial Muscle
11%
Sensing Capability
11%
Customisation
11%
