معرفی
Michael Fisher is an Assistant Professor at the University of Waterloo, affiliated with the Faculty of Engineering. His research focuses on nonlinear systems theory, control systems design, and vulnerability assessment in power systems. He explores topics such as system-level synthesis, stability analysis under perturbations, and optimization techniques for distributed control. His work bridges applied mathematics and engineering applications, with a particular emphasis on resilience and safety margins in complex systems.
Key research areas include trajectory sensitivity analysis, region of attraction boundary stability, and sparsity-promoting control design. He has contributed to advancements in H2/H∞ control, adaptive divide-and-conquer strategies for virtual power plants, and geometric programming approaches for natural gas networks. His publications often intersect nonlinear dynamics, optimization, and practical engineering challenges.
Fisher’s recent studies emphasize parameterized system analysis, Hausdorff continuity in region of attraction boundaries, and approximation methods in Hardy spaces. His work addresses both theoretical control system advancements and real-world applications in power grids and distributed energy systems.
