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Investigation of muscle synergies as a real-time control strategy for myoelectric control of upper limb protheses
Investigation of muscle synergies as a real-time control strategy for myoelectric control of upper limb protheses
Author(s):
Atoufi
Discipline:
Electrical & Computer Engineering
Discipline:
Electrical & Computer Engineering
Date:
2016
Type:
Thesis / Dissertation
Electromyogram (EMG) pattern recognition has long been used for the control of powered upper limb prostheses by many...
Development of passive anti-islanding strategies for distributed generation systems
Development of passive anti-islanding strategies for distributed generation systems
Author(s):
Aljankawey
Discipline:
Electrical & Computer Engineering
Discipline:
Electrical & Computer Engineering
Date:
2015
Type:
Thesis / Dissertation
Detecting and removing islanding operation are necessary for the large-scale deployment of distributed generators (DGs) in...
Modified bus split aggregation and control of residential loads
Modified bus split aggregation and control of residential loads
Author(s):
Pijnenburg
Discipline:
Electrical & Computer Engineering
Discipline:
Electrical & Computer Engineering
Date:
2020
Type:
Thesis / Dissertation
Over the past few years, power systems around the world, including Canadian ones, have reported significant progress in...
Domestic electric water heater control for peak shaving & frequency control
Domestic electric water heater control for peak shaving & frequency control
Author(s):
Xiang
Discipline:
Electrical & Computer Engineering
Discipline:
Electrical & Computer Engineering
Date:
2021
Type:
Thesis / Dissertation
The traditional operation paradigm in power systems is to dispatch controllable generators to follow a variable electricity...
Aggregated load forecast and control for creating alternative power system resources using thermostatically controlled loads
Aggregated load forecast and control for creating alternative power system resources using thermostatically controlled loads
Author(s):
Gong
Discipline:
Electrical & Computer Engineering
Discipline:
Electrical & Computer Engineering
Date:
2021
Type:
Thesis / Dissertation
Power systems are evolving and are trying to use loads and communication infrastructure as a way to compensate the system...
A multi-variate approach to predicting myoelectric control usability
A multi-variate approach to predicting myoelectric control usability
Author(s):
Nawfel
Discipline:
Electrical & Computer Engineering
Discipline:
Electrical & Computer Engineering
Date:
2020
Type:
Thesis / Dissertation
Pattern recognition techniques leveraging the use of electromyography (EMG) signals have become a popular approach to provide...
Novel control for small-scale three-phase wind generation systems in high wind speed regions
Novel control for small-scale three-phase wind generation systems in high wind speed regions
Author(s):
Song
Discipline:
Electrical & Computer Engineering
Discipline:
Electrical & Computer Engineering
Date:
2020
Type:
Thesis / Dissertation
This Ph.D. research focuses on control methods for performance improvement for small-scale three-phase wind generation...
Design of a direct load control program for residential electric water heaters
Design of a direct load control program for residential electric water heaters
Author(s):
Shad Zolpirani
Discipline:
Electrical & Computer Engineering
Discipline:
Electrical & Computer Engineering
Date:
2016
Type:
Thesis / Dissertation
Domestic electric water heaters (DEWH) hold a large share of residential load in North America. The aggregated load profile...

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