#DLC COLLABORATORY FULL#
He is currently a Full Professor and the Eugene V. degree in applied mathematics from the University of Michigan, Ann Arbor, in 2002.
degree in electrical engineering and M.Sc. Robust optimization methods for multiple-input, multiple-output wireless power transfer systems, illuminating their rich underlying physics and the possibility for "power networking", whereby multiple distributed transmitters would be coordinated to charge multiple devices in a cooperative fashion.Ĭostas D. Uncertainty quantification techniques for such models, efficiently incorporating various uncertainties in the geometry specification of real-life models of indoor and outdoor environments extensions of these techniques for fabrication uncertainties arising in microwave and optical devices will also be discussed. This talk will present recent research on computational electromagnetic techniques formulated to address some of these challenges: - Hybrid propagation models (combining vector parabolic equation and ray-tracing methods) for train stations and subway tunnels and their use in the deployment of communication-based train control (CBTC) systems, which are aimed at replacing conventional rail signaling with wireless train control enabled by the communication between the train and a network of access points. Topic: Computational Electromagnetics for Emerging Wireless Technologies
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