Publications, Activities, and Awards
- A Carrier-Based Modulation Strategy for Modular Isolated Matrix Rectifiers
- A Modular Design Approach to Provide Exhaustive Carrier-Based PWM Patterns for Multilevel ANPC Converters
- A New Current Source Converter Using AC-type Flying-Capacitor Technique
- A New Modular SPWM Strategy for Parallel Isolated Matrix Rectifiers to Improve Current Quality
- A Novel Seven-Level Hybrid-Clamped (HC) Topology for Medium Voltage Motor Drives
- Carrier-based PWM Design of Multilevel ANPC-based Converter through Hierarchical Decomposition
- Commutation Scheme of Seven-Level Hybrid-Clamped Converters with Suppressed Deadband-Induced Voltage Spikes
- Dual and Isomorphic Power Converters with the Topology Cycling Phenomenon
- Generalized Phase-Shift PWM for Active-Neutral-Point-Clamped Multilevel Converter
- Graph-Theory-Based Derivation, Modeling and Control of Power Converter Systems
- Isomorphic Relationships between Voltage-Source and Current-Source Converters
- Modified Carrier-Overlapped PWM with Balanced Capacitors and Eliminated Dead-Time Spikes for Four-Level NNPC Converters under Low Frequency
- Power Converters Topological Transformation Using Dual and Isomorphic Principles
- Systematic Derivation of Simplified Active-Neutral-Point-Clamped Multilevel Converter through Matrix Models
- Systematic Synthesis and Derivation of Multilevel Converters using Common Topological Structures with Unified Matrix Models
- Systematic Topology Derivation and PWM Design of Multilevel Converters
- The Evolutions of Multilevel Converter Topology: A Roadmap of Topological Invention