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among climate models and representative concentration pathways (e.g. emissions scenarios). Objective 3: Identify site-specific optimal vegetation treatments for minimizing extreme fire behavior
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the years by numerous scientists and technical staff working to protect both military personnel and civilians from the threat of infectious diseases. The Institute participates in support of emerging disease
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molecular delivery systems against high-consequence pathogens. You will also gain experience in proteomic techniques and gene editing strategies. The goal of this project is to develop and optimize viral
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models at multiple scales are usually developed and combined into a single multi-scale/multi-physics model. With this process, analysis and optimization are possible. Computational analysis and design of
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. Research will involve one or more of the following areas: * Developing algorithmic frameworks and models for information interaction and network characterization and optimization. Investigating relationship
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involves developing numerical modeling techniques to achieve highly optimized, multidisciplinary physical modeling on scalable computer architectures. ARL Advisor: Yong-Le Pan ARL Advisor Email