Publications
DISSERTATIONS
[24] S. M. Rahman, doctoral candidate (2025). TBD.
[23] Grace Muriithi, doctoral candidate (2025). TBD.
[22] Ali Arsalan, doctoral student (2025). TBD.
[21] Elutunji Buriamoh, graduate (2025).Adaptive Delay Compensation Frameworks for Distributed Real-Time Co-Simulation in Power Systems.
[20] Ali Moghassemi, graduate (2025). Real-Time Active Thermal Management and Degradation Forecasting of Power Electronics Building Blocks In All-Electric Ships.
[19] Laxman Timilsina, graduate (2024). Real-Time Degradation Abatement Framework for Energy Storage System in Automotive Application using Data-Driven Approaches.
[18] Bill Ramezani, graduate (2022). Multi-criteria Performance Evaluation and Control in Power and Energy Systems.
[17] Phuong Huu Hoang, graduate (2021). Integrating Degradation Forecasting and Abatement Framework into Advanced Distribution Management Systems.
[16] Gokhan Ozkan, graduate (2019). An FCS-MPC Approach to Converter Control for Electrothermal Management.
[15] James Stright, graduate (2019). A Steady-state Stability Analysis of Uniform Synchronous Power Grid Topologies.
[14] Dallas Perkins, graduate (2018). Distributed Adaptive Droop Control for Power Management in DC Distribution Systems.
[13] David Gonsoulin, graduate (2018). Distributed Energy Management Utilizing Model Predictive Control for Naval Ship Applications.
[12] Huawei Yang, graduate (2018). Sensor Fault Detection and Isolation in Power Systems.
[11] Behnaz Papari, graduate (2018). Intelligent Energy and Operation Management of AC, DC and Hybrid Microgrids Based on Evolutionary Techniques.
[10] James Langston, graduate, (2018). Application and Analysis of the Extended LawrenceTeleoperation Architecture to Power Hardware-in-the-Loop Simulation.
[9] Fernand Diaz Franco, graduate. (2017). FSC-MPC for LVRT .
[8] Farzad Ferdowsi, graduate (2016). Improvement in Distributed Control Strategies by Real-time Stability Assessment.
[7] Tuyen Vu, graduate, (2016). Application of Stochastic-based Model Predictive Control to MVDC Shipboard Power Systems.
[6] Sanaz Paran, graduate. (2016). Development of Advanced Algorithms for Model Predictive Control with Application to Integrated Ship Power Systems.
[5] Amin Salmani, graduate, (2014). Real-time Impedance-based Stability Assessment of the Power Electronic-based Components in Contemporary Distribution Systems.
[4] Jesse Leonard, graduate, (2014). Nonlinear Modeling of DC Constant Power Loads with Frequency Domain Volterra Kernels.
[3] Fletcher Fleming, graduate, (2014). Realtime Switched Reluctance Machine Emulation via Magnetic Equivalent Circuits.
[2] Yaw Nyanteh**, graduate. (2013). Application of Artificial Intelligence to Rotating Machine Condition Monitoring.
[1] Siyu Leng**, graduate. (2012). Coordination of Multiple Active Front-End Converters for Power Quality Improvement.
THESES
[24] Justin Dobey, graduate (2023). FSC-MPC for Electro-thermal Management in Multi-level Multi-converter Environments.
[23] Ke Sun**, graduate (2016).
[22] Sindhuja Sundararajan, graduate (2016). Performance Analysis of Distributed Control Algorithms using HIL Test Bed.
[21] Beshad Mohebali, graduate (2015). Validation of a Scattering Parameter Based Model of a Power Cable for Shipboard Grounding Studies.
[20] Patrick Breslend, graduate (2015). High Frequency Simulation Models of Rotating Machines in Ungrounded Shipboard Power Systems based on Inverse Scattering Theory.
[19] Venkata Pothavajhala, graduate, (2014). Modeling and Analysis of Superconducting Cables.
[18] Lee Griffin, graduate, (2014). Application of Advanced Optimization and Control for Enhanced Operation of Switched Reluctance Machines.
[17] Chris Widener, graduate, (2014). Solid State Fault Isolation Device Integration with Power Electronic Based Distribution Systems.
[16] Sanaz Paran, graduate. (2013). Utilization of Impedance Matching to Improve Damping Impedance Method-Based PHIL Interface.
[15] Dionne Soto, graduate. (2013). Gas Turbine-Generator System Duality Study for Real-Time PHIL Emulation Using Power Electronics Converters.
[14] Furkan Akar, graduate. (2012). Computationally Intelligent Algorithms in Maximum Torque per Ampere Strategies in Switched Reluctance Machines at Low Speeds.
[13] Troy Bevis, graduate. (2012). Information-Theoretic Characterization of Dynamic Energy Systems.
[12] Nicholas Stroupe, graduate. (2012). Real-Time High Speed Generator System Emulation with Hardware-in-the-Loop Application.
[11] Yusi Liu, graduate. (2011). Application of Intelligent Tuning Algorithms for Three-Level NPC Rectifier for Shipboard Power Distribution.
[10] Parikshit Patil, graduate. (2011). Magnetization AC Losses in Second Generation High Temperature Superconductors.
[9] Michael Sattler, graduate. (2011). Utilization of Nonlinear Dynamics in the Converter Design Process.
[8] Jainwu Cao, graduate. (2011). Analysis and Implementation of Grid-connected Solar PV with Harmonic Compensation.
[7] Brian A. Hacker, graduate. (2010). Development of a Virtual Grid Interface for PHEV Integration Analysis.
[6] Fletcher E. Fleming, graduate. (2010). Development and Implementation of a 25 kVA Phasor Based Virtual Machine.
[5] Kavya Rentachinthala**, graduate. (2012). Multi-rate Co-simulation Interfaces between RTDS and the OPAL-RT.
[4] Tabu Thevarajan**, graduate. (2011). Decentralized Multiobjective Optimization for a Heterogeneous System.
[3] Diomar Infante, graduate. (2011). Guiding the Selection of Physical Experiments for the Validation of a Model Designed to Study Grounding in DC Distribution Systems.
[2] Dorca Lee**, graduate. (2010). Response Surface Methodology for the Analysis of Grounding in a Medium Voltage DC Shipboard Power System.
[1] Jabid Quiroga**, graduate. (2008). Stator Winding Fault Detection for a PMSM Using Fuzzy Logic Classifier and Neural Network Model Identification.
*Students funded from another principle investigator.
**Student was co-advised.