Data set on which conclusions of Valk et al., (2018): 'Fixed muscle synergies and their potential to improve the intuitive control of myoelectric assistive technology for upper extremities.' are based
MYOELECTRIC ASSISTIVE DEVICES: DOES EMG PATTERN DISTINCTNESS REFLECT CONTROL ABILITY? Authors: A.W....
Objective: To support the design of assistive devices and prostheses, we investigated the changes in...
Accurate prediction of muscle and joint contact forces during human movement could improve treatment...
BackgroundUsers of myoelectric controlled assistive technology (AT) for upper extremities experience...
This is the minimal dataset underlying the paper: "The effects of robotic assistance on upper limb ...
Publisher Copyright: AuthorObjective: In this work, we present a myoelectric interface that extracts...
Advanced measurement systems and techniques from neuroscience are used in this work to extrapolate r...
This study investigates whether use of subject-specific muscle synergies can improve optimization pr...
The growing interest of the industry production in wearable robots for assistance and rehabilitation...
This study investigates whether use of muscle excitation controls constructed from subjectspecific m...
Objective: To support the design of assistive devices and prostheses, we investigated the changes in...
The ability to predict patient-specific joint contact and muscle forces accurately could improve the...
It is unclear how muscle activation strategies adapt to differential acute changes in the biomechani...
Subject-specific electromyography (EMG)-driven musculoskeletal models that predict muscle forces hav...
Establishing a natural communication interface between the user and the terminal device is one of th...
MYOELECTRIC ASSISTIVE DEVICES: DOES EMG PATTERN DISTINCTNESS REFLECT CONTROL ABILITY? Authors: A.W....
Objective: To support the design of assistive devices and prostheses, we investigated the changes in...
Accurate prediction of muscle and joint contact forces during human movement could improve treatment...
BackgroundUsers of myoelectric controlled assistive technology (AT) for upper extremities experience...
This is the minimal dataset underlying the paper: "The effects of robotic assistance on upper limb ...
Publisher Copyright: AuthorObjective: In this work, we present a myoelectric interface that extracts...
Advanced measurement systems and techniques from neuroscience are used in this work to extrapolate r...
This study investigates whether use of subject-specific muscle synergies can improve optimization pr...
The growing interest of the industry production in wearable robots for assistance and rehabilitation...
This study investigates whether use of muscle excitation controls constructed from subjectspecific m...
Objective: To support the design of assistive devices and prostheses, we investigated the changes in...
The ability to predict patient-specific joint contact and muscle forces accurately could improve the...
It is unclear how muscle activation strategies adapt to differential acute changes in the biomechani...
Subject-specific electromyography (EMG)-driven musculoskeletal models that predict muscle forces hav...
Establishing a natural communication interface between the user and the terminal device is one of th...
MYOELECTRIC ASSISTIVE DEVICES: DOES EMG PATTERN DISTINCTNESS REFLECT CONTROL ABILITY? Authors: A.W....
Objective: To support the design of assistive devices and prostheses, we investigated the changes in...
Accurate prediction of muscle and joint contact forces during human movement could improve treatment...
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