Advanced Analytics for Reliability and Resilience of Energy System

Introduction<br>1. Enhancing Resilience of Power Transmission Systems Against Typhoon Disasters: A Hybrid Data-Model Driven Approach<br>2. Reliability of Power Electronics in Smart Grids<br>3. Electricity distribution grids resilience enhancement by network reconfiguration<br>4. Teaching learning-based optimized artificial neural network for predicting the maximum power point of a large-scale grid-connected solar PV system<br>5. A reliable PV system based on FPPT implementation incorporating forecasted load demand using Neural Network<br>6. Robust Stabilization Ellipsoidal Design for Normal and Contingency Operated Power Systems Using Markov Jump<br>7. From Review to Revolution: Innovative Under-Frequency Load Shedding for Enhanced Power System Resilience<br>8. Fault Detection and Classification in Hybrid AC/DC Systems Using Artificial Neural Networks<br>9. A Reliability Constrained Load Balancing Procedure for Neutral Current Reduction in Distribution Systems<br>10. The impact of cyber network configuration on the dynamic-thermal failure of transformers considering distributed generator controller<br>11. Operation of Energy Hub to Enhance Power System Resilience<br>12. Resilient Operation of Power and Gas Networks to Service Restoration<br>13. Challenges and Solutions in Power Sharing Control of Microgrids with Integrated Renewable Energy Sources<br>14. Statistical Analysis of Supervisory Control and Data Acquisition System for Maintenance Management of Photovoltaic Solar Power Plant<br>15. Small-Signal Stability Analysis and Compensation Control for DC Networked-Microgrid under Multiple Time Delays<br>16. Multiplexing Power Supply Networks with DC Sub-Grid: Control Strategy and Economic Impact Assessment