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attrition-resistance • High-accuracy fluid-structure interaction models in multiphase turbulent internal flows with low computational-cost • Advanced turbomachinery concepts and designs enabling responsive
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battle space. CISD research focuses on four major areas: communications, atmospheric modeling, battlefield visualization, and computing About ARL-RAP The Army Research Laboratory Research Associateship
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dynamic modeling and simulation of small to mid-scale autonomous Unmanned Aerial Systems (UAS). The work typically involves implementation, validation, and application of first-principles methods for rotor
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well as commercial off the shelf components. The development of real-time dynamics models that describe these aircraft will be needed to provide for flight demonstration. ARL Advisor: Dr. Todd C. Henry ARL Advisor
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Organization DEVCOM Army Research Laboratory Reference Code ARL-C-CISD-300154-SIS Description About the Research This research develops computational methods that enable robots to perceive and
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development and implementation of EEG-based, passive brain-computer interfaces (BCIs) for optimization of human-machine teams, such as exoskeletons for physical augmentation in defense applications. The aim
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focuses on four major areas: communications, atmospheric modeling, battlefield visualization, and computing About ARL-RAP The Army Research Laboratory Research Associateship Program (ARL-RAP) is designed
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behavioral time series data and their interactions over varying timescales using linear and nonlinear analyses to test hypotheses from competing models of human performance. An ideal candidate will have a
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, atmospheric modeling, battlefield visualization, and computing About ARL-RAP The Army Research Laboratory Research Associateship Program (ARL-RAP) is designed to significantly increase the involvement
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, biological materials, biological/abiological interfaces, and biological effect. About ARL-RAP The Army Research Laboratory Research Associateship Program (ARL-RAP) is designed to significantly increase