You are here
Search results
(21 - 40 of 41)
Pages
-
- Energy modeling and control for a thermostatically controlled load (TCL) using intelligent optimization algorithms
- Author(s):
- Yan
- Discipline:
- Electrical & Computer Engineering
- Discipline:
- Electrical & Computer Engineering
- Date:
- 2019
- Type:
- Thesis / Dissertation
-
- In this research work, we proposed an on-and-off parameter identification methodology for establishing a single-zone TCL...
-
- A compact power supply for dielectric barrier discharge devices
- Author(s):
- Allen
- Discipline:
- Electrical & Computer Engineering
- Discipline:
- Electrical & Computer Engineering
- Date:
- 2016
- Type:
- Thesis / Dissertation
-
- Plasma generation by dielectric barrier discharge (DBD) devices has recently become a topic of interest for researchers due...
-
- Performance evaluation of optimal geometry of interconnecting devices for ami smart grid networks
- Author(s):
- Rajendran
- Discipline:
- Electrical & Computer Engineering
- Discipline:
- Electrical & Computer Engineering
- Date:
- 2019
- Type:
- Thesis / Dissertation
-
- Advanced Metering Infrastructure (AMI) is an automated two-way communication network between smart meters and a utility...
-
- Design specifications for a commercially viable electrooculography acquisition device for the disabled
- Author(s):
- Keys
- Discipline:
- Electrical & Computer Engineering
- Discipline:
- Electrical & Computer Engineering
- Date:
- 2015
- Type:
- Thesis / Dissertation
-
- In this thesis, several key aspects in the design of a commercially viable electrooculography (EOG) acquisition device are...
-
- Direct load control for an aggregation of air conditioners (ACs) using a setpoint variation control strategy
- Author(s):
- Ezemaduka
- Discipline:
- Electrical & Computer Engineering
- Discipline:
- Electrical & Computer Engineering
- Date:
- 2019
- Type:
- Thesis / Dissertation
-
- Thermostatically controlled loads account for a significant amount of energy consumption in commercial and residential...
-
- Multi-frame event dependent locomotion mode classification with FIRNNs
- Author(s):
- Arsenault
- Discipline:
- Electrical & Computer Engineering
- Discipline:
- Electrical & Computer Engineering
- Date:
- 2015
- Type:
- Thesis / Dissertation
-
- Using electromyography (EMG) data obtained from four transfemoral amputees, Finite Impulse Response Neural Networks (FIRNNs)...
-
- Control in cogeneration islanding systems for Saudi Aramco Processing Facilities
- Author(s):
- Alkhaldi
- Discipline:
- Electrical & Computer Engineering
- Discipline:
- Electrical & Computer Engineering
- Date:
- 2015
- Type:
- Thesis / Dissertation
-
- The Saudi Aramco Processing Facilities (SAPF) are located in an eastern province of Saudi Arabia. While the plant has three...
-
- 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...
-
- Autonomous assistance-as-needed control of a lower limb exoskeleton with guaranteed stability
- Author(s):
- Campbell
- Discipline:
- Electrical & Computer Engineering
- Discipline:
- Electrical & Computer Engineering
- Date:
- 2020
- Type:
- Thesis / Dissertation
-
- Lower-limb stroke rehabilitation is physically demanding on therapists and requires the concerted effort of multiple staff...
-
- 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
- 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...
-
- An exploration of EEG-based, non-stationary emotion classification for affective computing
- Author(s):
- Bendrich
- Discipline:
- Electrical & Computer Engineering
- Discipline:
- Electrical & Computer Engineering
- Date:
- 2020
- Type:
- Thesis / Dissertation
-
- The monitoring of emotional state is important in the prevention and management of mental health problems and is increasingly...
-
- X-band upconverter and K-band downconverter for harmonic radar application
- Author(s):
- Uppin
- Discipline:
- Electrical & Computer Engineering
- Discipline:
- Electrical & Computer Engineering
- Date:
- 2021
- Type:
- Thesis / Dissertation
-
- The harmonic radar at UNB was developed to track the Colorado potato beetle over an extended range. To overcome the ground...
-
- Rural MIMO fixed-wireless channel capacity optimization
- Author(s):
- Colpitts
- Discipline:
- Electrical & Computer Engineering
- Discipline:
- Electrical & Computer Engineering
- Date:
- 2020
- Type:
- Thesis / Dissertation
-
- Antenna separation has traditionally been investigated in the context of carrier wavelengths. This thesis demonstrates that...
-
- 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...
-
- Myoelectric co-adaptation: stochastic and chaotic, yet describable
- Author(s):
- Al-Tahir
- Discipline:
- Electrical & Computer Engineering
- Discipline:
- Electrical & Computer Engineering
- Date:
- 2021
- Type:
- Thesis / Dissertation
-
- Myoelectric control systems have advanced over decades, but their performance remains a challenge. Adaptive algorithms have...
-
- A fractional-bits-per-symbol communication system for low-power satellites using N-Point PSK constellations
- Author(s):
- Wedemire
- Discipline:
- Electrical & Computer Engineering
- Discipline:
- Electrical & Computer Engineering
- Date:
- 2022
- Type:
- Thesis / Dissertation
-
- Low-Earth orbiting satellites are becoming more common and transmit to ground stations through slowly fading radio channels....
-
- Deep learning techniques for electrical load forecasting
- Author(s):
- Olugbenga
- Discipline:
- Electrical & Computer Engineering
- Discipline:
- Electrical & Computer Engineering
- Date:
- 2022
- Type:
- Thesis / Dissertation
-
- Load forecasting is critical for power system operators to maintain a safe and efficient network. Load forecasting...
-
- Optimization for demand response capacity
- Author(s):
- Pereira Guedes-Blanch
- Discipline:
- Electrical & Computer Engineering
- Discipline:
- Electrical & Computer Engineering
- Date:
- 2021
- Type:
- Thesis / Dissertation
-
- Demand response (DR) strategies have become more valuable in the last decade as more utilities seek to reduce peak demand...
-
- Assessment of vadose zone solute transport under a potato field by a 19 month time-lapse cross-hole resistivity imaging survey
- Author(s):
- Wang
- Discipline:
- Electrical & Computer Engineering
- Discipline:
- Electrical & Computer Engineering
- Date:
- 2017
- Type:
- Thesis / Dissertation
-
- Nitrate is a necessary nutrient for crops, however high concentrations of nitrate in surface water and groundwater can...
