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We propose a methodology for the fast analysis of the EM fields generated by the transmit radio-frequency coils when operating in the presence of realistic human body models (RHBM). This work is driven by the need of fast and accurate specific absorption rate (SAR) prediction and coil design analysis in the context of high-field Magnetic Resonance Imaging (MRI). These RHBM are highly inhomo-geneous...
In this paper, we describe our concept for overcoming the data barriers of building credible synthetic populations to assist the transformation between social theories and mathematical models. We specifically developed a 31-million-agent model of Afghanistan's population to demonstrate the ability to computationally control and analytically manipulate a system with the large number of agents (i.e...
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