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immunology. Job Duties Develop and analyze mathematical models (primarily ODEs, but also PDEs and stochastic models) of viral replication and immune processes. Implement simulations and perform computational
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resource allocation and grant funding opportunities. Develop staffing and scheduling models to optimize utilization of simulation assets. Participate in institutional self-study reports, site visits, and
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research tasks: (i) modeling electric and magnetic excitations in two-dimensional (2D) materials, and (ii) simulation of charge transport phenomena in plasmonic crystals with 2D electron gas layers, with
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research tasks: (i) modeling electric and magnetic excitations in two-dimensional (2D) materials, and (ii) simulation of charge transport phenomena in plasmonic crystals with 2D electron gas layers, with
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is to develop high-fidelity models based on a test-calculation dialogue, seeking the best compromise between the degree of accuracy, the level of complexity, and the effort required to identify
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and/or gravity as a continuum in the rodent, employing established or emerging ground-based models for simulated weightlessness via hindlimb unloading or hypergravity generated using chronic
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biological mechanisms is necessary to establish mechanistic models for tree distribution and growth that will improve our predictions of tree species' range-shifts as well as productivity changes within
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chapters). Expected result: A model for the analysis of the deployment of 5G future railway mobile communications systems in tunnels by analysing coverage, interference and capacity, and a simulator to
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science, clinical simulation, and critical care research. Project background Intensive care units are among the most cognitively demanding environments in medicine. Clinicians must rapidly integrate streams
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the integration of hybrid heat pump–ORC systems. (b) Development and implementation of realistic simulation models (in MATLAB, Python, or equivalent software) for the thermodynamic and exergy assessment