Keyphrases
Aging
40%
Aging Effect
27%
Automated Test System
14%
Coated Fabrics
14%
Coated Textiles
14%
Conductive Textiles
95%
Copper-coated
14%
Damage Model
14%
Deep Learning Methods
14%
Drift Compensation
14%
Embedded Sensors
14%
Embedded Systems
22%
Feasibility Analysis
14%
Functional Aging
28%
Hand Gesture Recognition
19%
Inertial Measurement Unit Sensors
28%
Limited Resources
19%
Low Power Microcontroller
14%
Metal Detector
14%
Microcontroller
36%
Mobile Application
14%
Movement Pattern Recognition
14%
Neural Network
23%
Non-destructive Testing
14%
Occupational Ergonomics
14%
Occupational Health
14%
Online Handwriting Recognition
14%
Performance Evaluation
14%
Pressure Distribution
14%
Prolonged Use
22%
Remaining Useful Life
14%
Sensing Element
14%
Sensor Calibration
14%
Sensor Compensation
14%
Sensor Systems
18%
Shear Force Sensor
14%
Shirt
14%
Smart Socks
14%
Smart Textiles
41%
Socks
14%
Spandex
14%
Sparse Identification
14%
Strain Sensor
14%
Surrogate Model
14%
Textile
75%
Textile Sensors
76%
Textile-based
21%
Time Monitoring
14%
Washing Conditions
14%
Wearable Textiles
14%
Engineering
Aging Effect
20%
Body Centre
7%
Capacitive
14%
Conductive
61%
Conductive Fiber
7%
Conductive Particle
9%
Conductive Textile
100%
Conductive Yarn
14%
Damage Model
14%
Deep Learning Method
14%
Deep Neural Network
19%
Delamination
7%
Elastomer
7%
Electrical Engineering
7%
Embedded Sensor
14%
Fatigue Model
7%
Feasibility Study
14%
Fitting Curve
7%
Human Motions
7%
Inertial Measurement
28%
Internals
9%
Limited Resource
19%
Load Test
11%
Measured Resistance
7%
Measuring Method
7%
Microcontroller
41%
Non-Destructive Testing
14%
Pattern Recognition
14%
Phase Composition
14%
Polyamide
14%
Pressure Distribution
7%
Pressure Force
14%
Proof-of-Concept
7%
Sensing Element
14%
Sensor Reading
9%
Sensor Surface
14%
Shear Force
14%
Statistical Characteristic
7%
Substrate Material
7%
Surrogate Model
14%
Test System
14%
Textile Material
7%
Textile Sensor
76%
Textile Substrate
7%
Units of Measurement
28%
User Experience
7%
Using Sensor
14%
Washing Machines
7%