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Toward an enhanced understanding of rejection in pattern recognition-based myoelectric control
Toward an enhanced understanding of rejection in pattern recognition-based myoelectric control
Author(s):
Robertson
Discipline:
Electrical & Computer Engineering
Discipline:
Electrical & Computer Engineering
Date:
2019
Type:
Thesis / Dissertation
The goal when replacing an amputated limb with an artificial one is for the prosthesis to respond as smoothly and naturally...
Multi-objective user tunable interface for assistance control of a lower limb exoskeleton
Multi-objective user tunable interface for assistance control of a lower limb exoskeleton: a step in the right direction
Author(s):
Stewart
Discipline:
Electrical & Computer Engineering
Discipline:
Electrical & Computer Engineering
Date:
2020
Type:
Thesis / Dissertation
The field of assistive lower limb exoskeletons lacks controllers that allow user adjustment according to their needs and...
Variability analysis in surface electromyography features
Variability analysis in surface electromyography features
Author(s):
Shi
Discipline:
Electrical & Computer Engineering
Discipline:
Electrical & Computer Engineering
Date:
2019
Type:
Thesis / Dissertation
SEMG applications use features extracted from surface electromyography (SEMG) data as inputs. The features often exhibit high...
A dynamic approach to balance assessment using self-induced perturbations
A dynamic approach to balance assessment using self-induced perturbations
Author(s):
Chambers
Discipline:
Electrical & Computer Engineering
Discipline:
Electrical & Computer Engineering
Date:
2020
Type:
Thesis / Dissertation
A novel balance assessment method for older adults was developed using a balance platform that induces dynamic self...
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