2022 Assessment of the DEVCOM Army Research Laboratory (2024) / Chapter Skim
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Appendix B: The U.S. Army Combat Capabilities Development Command Army Research Laboratory's 11 Competencies and Core Competencies
Appendix B: The U.S. Army Combat Capabilities Development Command Army Research Laboratory's 11 Competencies and Core Competencies
Pages 75-81
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Establish synthetic biology foundational capabilities to facilitate rapid genetic tool development for diverse applications, including novel functional materials and biohybrid devices. Electromagnetic Spectrum Sciences EW Research related to new methods and (EMSS)
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Bidirectional Human– Research underpinning effective and multidisciplinary, non-medical System Communication efficient real time multimodal approaches to understand and modify the communication between Soldiers and potential of humans situated in and systems. interacting within complex social, Estimating and Research to develop novel approaches technological, and socio-technical Predicting Humans in to sense, interpret, and predict human systems Complex Systems state changes across time scales to enable effective and efficient technology adaptation and inference of operational environment context.
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Data Science Enablers Theories, methods, processes, algorithms, frameworks, and experimental approaches to identify, characterize, extract, and integrate entities, patterns, relations, insights, and ultimately knowledge from collections of diverse types of structured and unstructured data. Heterogeneous Methods, algorithms, and empirical Characterization and approaches that couple diverse Sensing of Atmospheric sensing modalities with new theories of State and Constituents near-surface atmospheric processes and predictive models to understand the physical environment and enable Warfighters and intelligent systems to tactically exploit environmental impacts.
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Full-wave and other modeling tools to characterize effects at local and urban scale, resulting in high-fidelity models informing networking protocols. Network Structure, Theories, methods, algorithms, and Dynamics, and Protocols experimental approaches to enable resilient communications in complex and contested environments via novel communication modalities, multi-layer adaptive protocols for robust information delivery (including storage, computing, and communications)
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and devices intended for whose functionality is derived from achieving photonic, electronic, and electron transport, rectification, quantum-based effects amplification, storage, and interaction with solid-state, gases, vacuum, and energy including underpinning theory, design, modeling, fabrication, characterization, and analysis. Integrated Photonics Research related to materials development, device design, and processes necessary to achieve extremely complex optical processing in highly integrated and compact low power form factors, capable of high bandwidth signal processing of optical and traditional electronic functions modulated to optical frequencies.
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Mechanisms for Lethal Discovery and advancement of Target Interactions weapon/target interactions to maximize the effectiveness and efficiency of munitions to provide lethal overmatch across all calibers and platforms. Terminal Effects Quantitative understanding of structural Mechanics, Modeling, and material response due to ballistic, and Simulation blast, and highly energetic events.
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SOURCE: U.S. Army Combat Capabilities Development Command, Army Research Laboratory, "Foundational Research Competencies and Core Competencies," document for the Army Research Laboratory Technical Assessment Board, received March 30, 2022.
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