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On the Applications of EMG Sensors and Signals
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This reprint captures the latest advances in Electromyography (EMG) sensor development, EMG sensor applications, and EMG signal conditioning using theoretical and experimental approaches. This report is timely, as EMG sensors and signals have applications in many domains. This reprint provides a snapshot of several exciting EMG sensor and signal applications: swallowing, motion detection and prostheses control, muscle synergies, robotic exoskeleton, driver’s behaviour, signal conditioning, and muscle assessment.
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Keywords
- adaptive automation design
- ADL
- ankle joint movements
- armband sensor
- artificial neural network
- assistive technology
- AUC diagrams
- autoregressive moving average model with exogenous inputs
- biomechanical simulation
- classification model
- conventional gel electrodes
- deep dry needling
- driver distraction
- driver–automation shared control
- dysphagia
- elbow extension
- electrode shift
- electromyogram
- Electromyography
- embroidered EMG electrodes
- EMG
- EMG-control schemes
- exoskeleton
- exploratory data analysis
- feature selection
- Feature vector
- fluid intake
- forearm muscles
- functional coordination
- Geriatrics
- Granger causality
- hand gestures
- hand posture
- haptic guidance steering
- History of engineering & technology
- home-based physical therapy
- human activity recognition
- human fatigue monitoring
- human machine interface
- Human-computer interaction
- hydration
- inertial measurement units
- inspiratory threshold loading
- ischemic pressure technique
- isometric contraction
- low-cost
- lower limb functional recovery
- MCR-ALS
- motor control
- motor function
- Movements
- multi-DoF control
- muscle coordination
- muscle synergies
- muscle synergy
- muscles role
- myoelectric prostheses
- Myofascial Pain Syndrome
- n/a
- neuromechanical coupling
- neuromuscular fatigue
- online and offline performance
- parasternal intercostal muscles
- parkinson’s disease
- pattern recognition
- pattern recognition (PR)
- pilot study
- Postures
- prosthesis
- prosthesis control
- prosthetic control
- respiratory pressure
- robotcontrol
- robotics
- ROC analysis
- Signal processing
- sparseness
- Stroke
- stroke rehabilitation
- surface electromyogram
- surface electromyography
- surface electromyography (sEMG)
- surface electromyography time-frequency signal analysis
- surface mechanomyography
- swallowing events
- swallowing muscle coupling
- synergies
- Targeted Muscle Reinnervation (TMR)
- Technology, engineering, agriculture
- Technology: general issues
- the central nervous system
- the neural control
- time-series modeling
- trigger points
- upper limb amputee
- wave train electrical activity analysis method
- wave trains
- wavelets
- wearable
- Wearable sensors
Links
DOI: 10.3390/books978-3-0365-5990-2Editions