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Electrical electronics engineering
Showing 1-30 of 852 Thesis
A Unified Framework for Energy-Aware Microgrid Control Theory...
In the context of modern electrical power systems, microgrids present a promising pathway toward reliable, resilient, and sustainable energy delivery, yet their...
Comparative Analysis of Energy Efficiency in Heterogeneous Wireless Sensor Networks...
This study addresses the persistent challenge of energy efficiency in heterogeneous wireless sensor networks (HWSNs), where diverse node capabilities and commun...
Edge-Computing Accelerated Fault Diagnosis in Power Grids Using AI Edgelets...
The integration of edge computing with intelligent edge analytics offers a transformative approach to real-time fault diagnosis in modern power grids, addressin...
Impact of IoT Fault Detection in Urban Microgrids: An Empirical Field Study...
This study investigates the role of Internet of Things (IoT)?based fault detection systems in enhancing reliability, resilience, and economic efficiency of urba...
Design and Evaluation of a Low-Power Wireless Sensor Network Transceiver with Adapti...
This study addresses the escalating demand for energy-efficient wireless sensor networks (WSNs) by designing and evaluating a low-power transceiver capable of a...
A Distributed Energy Resource Coordination Framework for Microgrid Resilience...
The increasing penetration of distributed energy resources (DERs) and the rising frequency of grid disturbances necessitate robust coordination mechanisms to en...
Optimizing Drone-Based Power Line Inspection for Rural Utilities)...
The rapid modernization of rural electricity networks has increased reliance on aerial drone technologies to inspect power lines, yet persistent challenges in d...
Comparative Analysis of Wireless Power Transfer Efficiency in Topologies...
Wireless power transfer (WPT) systems have emerged as a pivotal solution for untethered charging in consumer electronics, electric vehicles, and industrial auto...
Intelligent Fault Diagnosis for Microgrid IoT Systems Using ML...
Smart microgrid operation increasingly relies on real-time fault diagnosis to maintain reliability, safety, and efficiency in distributed generation and IoT-ena...
Assessment of smart grid fault localization using distributed acoustic sensing in ur...
The reliability and resilience of urban distribution networks are increasingly challenged by fault events that disrupt power delivery and escalate maintenance c...
Low-Power IoT Edge Amplifier with Reconfigurable Filter Core...
In the rapidly expanding domain of Internet of Things (IoT), edge devices must deliver reliable signal processing while minimizing power consumption and maintai...
A Unified Framework for Robust Energy-Efficient Power Transfer Networks...
The rapid evolution of power transfer networks toward higher efficiency and reliability faces persistent challenges from non-ideal channel conditions, component...
Smart Grid Fault Localization in Metro Rail Systems: A Case Study of Citylink Transi...
This study addresses the challenge of rapid fault localization in smart grid-enabled metro rail systems, where intermittent power disturbances and signaling fau...
Comparative Analysis of Hybrid PV-Storage Inverters under Grid Codes...
The rapid adoption of hybrid PV-storage inverters across modern distribution networks has intensified the need to ensure compliance with diverse grid codes whil...
Intelligent Fault Diagnosis in Power Grids via Edge AI Analytics...
The modern electric power grid faces increasing fault incidence and complexity due to distributed generation, high penetrations of renewable energy, and evolvin...
Assessment of smart grid fault isolation under high renewables penetration: field me...
The rapid expansion of renewable energy sources within power systems has intensified the challenge of reliable fault isolation due to reduced inertia, bidirecti...
Adaptive Fault-Tolerant MCU-Based Motor Control System for Smart Grids...
The rapid integration of motor-driven actuation within smart grid infrastructures introduces stringent reliability requirements, particularly for critical loads...
A Unified Framework for Fault-Tolerant Power Electronics Modeling...
In the rapidly evolving field of power electronics, fault tolerance remains a critical bottleneck for ensuring reliability, safety, and continuous operation acr...
Smart Grid Fault Detection in a Metropolitan Distribution Network: A Case Study...
The rapid evolution of smart grid technologies in urban distribution networks presents a critical challenge for timely fault detection, restoration, and reliabi...
Comparative Analysis of Wireless Power Transfer in EV Charging Systems...
The rapid electrification of transportation hinges on the efficiency, safety, and user acceptance of wireless power transfer (WPT) systems for electric vehicle ...
Design of IoT-Enabled Smart Power Monitoring Systems for Renewable Energy Integratio...
The increasing global emphasis on renewable energy sources necessitates the development of intelligent, efficient, and scalable power management systems to opti...
Assessing the Impact of Smart Grid Technologies on Residential Energy Consumption Pa...
The increasing deployment of smart grid technologies presents a pivotal opportunity to transform residential energy consumption patterns, addressing the dual ch...
Design and Evaluation of Low-Power IoT Sensor Nodes Using Energy Harvesting...
The rapid proliferation of Internet of Things (IoT) applications necessitates the development of energy-efficient sensor nodes capable of sustaining operational...
A Framework for Resilient Power System Optimization under Renewable Uncertainty...
The increasing integration of renewable energy sources into power systems has introduced significant variability and uncertainty, posing challenges to ensuring ...
Optimizing Solar Power Efficiency in Rural Agricultural Cooperatives Using IoT Senso...
The increasing reliance on solar energy within rural agricultural cooperatives poses both opportunities and challenges in optimizing energy efficiency to enhanc...
Comparative Analysis of Solar Inverter Efficiency in Different Climate Zones...
The increasing adoption of photovoltaic (PV) systems globally underscores the critical importance of inverter efficiency as a determinant of overall system perf...
Development of an AI-Enabled Smart Grid Fault Detection System...
The increasing complexity and growing reliance on electrical power systems underscore the critical need for real-time fault detection and rapid response within ...
Optimization of Solar Battery Storage Systems for Rural Electrification Feasibility...
Access to reliable and sustainable electricity remains a critical challenge in rural areas, hindering economic development and improving quality of life. Solar ...
Design and Implementation of an Adaptive Noise Cancellation System for Wireless Comm...
Wireless communication systems are increasingly susceptible to interference and noise, which threaten signal integrity, reduce data transmission quality, and co...
A Framework for Fault Detection and Diagnosis in Renewable Energy Power Systems...
The increasing integration of renewable energy sources into power systems introduces complex operational challenges, notably the timely detection and diagnosis ...
