## Publications

### Papers & Reports

- Power Market Analysis Tool for Congestion Management
- Stability Enhancement through Reinforcement Learning: Load Frequency Control Case Study
- On an SVC Backstepping Damping Nonlinear Controller Design for Power Systems
- Online Learning Neural Network based PSS with Adaptive Training Parameters
- Object-Oriented Modeling and Simulation of AC/DC Systems
- Gas Turbine Control and Load Sharing for Shipboard Power Systems
- Distributed Approaches for Determination of Reconfiguration Algorithm Termination
- An Integrated Electric Shipboard Power System Testbed
- PSO-tuned Adaptive Backstepping Control of Power Systems
- Decentralized Extended-Backstepping Control of Power Systems
- Distributed Control Agents Approach to Energy Management in Electric Shipboard Power Systems
- Measuring Gains from Regional Dispatch: Coal-Fired Power Plant Utilization and Market Reforms
- Dynamic software reliability prediction: An approach based on support vector machines
- Power System Stability Enhancement Using Backstepping Controller Tuned by Particle Swarm Optimization Technique
- Improving Automatic Reconfiguration of Electric Shipboard Power Systems by Adding Situational Awareness Capabilities
- On the Control of Re-Structured Electric Power Systems
- Impact of Fuel cells on Load Frequency Control in Power Distribution System
- Load Sharing Control in Distributed Generation System
- Energy Management System with Automatic Reconfiguration for Electric Shipboard Power Systems
- Evolutionary Neural Network Modeling for Software Cumulative Failure Time Prediction
- Dynamic Optimization of Artificial Neural Networks for Real-time Electric Load Forecasting
- Decentralized Backstepping Control of Power Systems with Observation Decoupled State Space Method
- Application of Intelligent Control Agents in Power Systems with Distributed Generators
- A Layered Architecture to Model Interdisciplinary Complexity in the Deregulated Power Industry
- Short-term load forecasting using optimized neural network with genetic algorithm
- Efficient pricing of a bundled product of both real and reactive power
- Application of Discrete Event Systems Theory for Modeling and Analysis of a Power Transmission Network
- A novel approach for short-term load forecasting using support vector machines
- On-line prediction of software reliability using an evolutionary connectionist model
- Effects of Dynamic Pricing on Residential Electricity Bill
- Fuzzy Logic Control of Fuel Cell for Stand-Alone and Grid Connection
- Practical Robust PSS Design Through Identification of Low Order Transfer Functions
- Spatial Pattern in Modeling Electricity Prices: Evidence from the PJM Market
- Stability Enhancement of a Distribution Network Comprising a Fuel Cell and a Microturbine
- Breakdown Voltage Prediction in Point-Barrier-Plane Air Gap Arrangement using Self-Organizing Neural Nets
- Simulation and Control of Electric Shipboard Power Systems using Modelica and MATLAB/Simulink
- CPS1 and CPS2 Compliant Wedge-Shaped Model Predictive Load Frequency Control
- Neural Network Control of the Unified Power Flow Controller
- Efficiency Criteria as a Mechanism for the Environmental Evaluation of Power Generation Technologies
- Software Reliability Prediction Using Recurrent Neural Network with Bayesian Regularization
- Intelligent Agent Control Concept of Distributed Generators
- Integration of a Fuel Cell into the Power System using an Optimal Controller based on Disturbance Accommodation Control Theory
- Barrier Effect on Point-Plane Air Gap Breakdown Voltage Based on Streamers Criterion
- Impact of Fuel Cells on Load-Frequency Control in Power Distribution Systems
- NERC Compliant Load Frequency Control Design Using Fuzzy Rules
- Evaluation Methodologies for Determining the Economic Feasibility of Coal Derived Hydrogen Fuels
- Control of Solid Oxide Fuel Cell for Stand Alone and Grid Connection using Fuzzy Logic Technique
- Modeling and Analysis of Discrete Event Behaviors in Power System using Petri Nets
- Efficient Tariffs for Cost Revelation in a Price and Quantity Constrained Electric Power Market
- Modeling and Simulation of the Dynamic Behavior of a Polymer Electrolyte Membrane Fuel Cell

### Presentations

- Intelligent Agents for Reliable Operation of Electric Warship Power Systems
- Dynamic Modeling and Simulation of Microturbines as Distributed Generators
- Dynamic Modeling and Analysis of a Grid-Connected Solid Oxide Fuel Cell
- Phasor Measurement Unit Application to Power System Damping

The **Advanced Power & Electricity Research Center** is a university-wide research center at West Virginia University. The interdisciplinary center team, which includes power and mechanical engineers, computer scientists, a mathematician and several economists, addresses electric power system research areas important to the state and the nation.