Part I: Inspiring Preliminaries.- Interesting Topologies.- Modulation Techniques.- Open Problems from Power Converters.- Part II: Mathematical Modeling Perspectives.- Averaging for Power Converters.- Sampled-data Models.- Switched Systems.- Hybrid Systems.- Complementarity Modeling.- Switched Port-controlled Hamiltonian Framework.- Part III: Advanced Control Strategies for Power Converters.- Lyapunov.- Sliding-mode.- Model Predictive Control.- Robust Control.- Part IV: Simulating Controlled Converters: A Challenging Issue.- An Overview of Simulation Tools.- Simulating Discontinuities.- Time-stepping via Complementarity.- Real-time Simulation.
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