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Reduce the Warfighters' Cognitive Burden

机译:减少战士的认知负担

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摘要

As the DoD and Military acquisitions shift the paradigm from antiquated software capabilities to artificial intelligence (AI) and machine learning (ML) capabilities, they need to ensure key infrastructure (big data and knowledge artifacts) is also mature enough to handle the transition. Before any organizations or domains develop or adopt a strategy based on AI, ML, or any other form of intelligent system, they need to do a self-assessment that answers three key questions. How well does your organization/domain share knowledge? What is the state of your data? Do you understand the cognitive requirements? Answering and understanding these questions is the key to knowing where you are now (point A) so you can take actionable and progressive steps towards where you want to go (point B) to make your organization or domain AI-capable. To provide the answers and/or a path to solving the questions above we execute a Mission Engineering (ME) process that analyzes the organization's or domain's state of readiness. The ME process is a detailed analysis that provides an assessment of how the people, systems, knowledge, data, and processes are aligned to the operational outcomes. ME adds a layer of operational viability to existing engineering processes with the goal of ensuring the program enhances knowledge sharing, reduces cognitive burdens, and increases semantic understanding.
机译:随着国防部和军事部门的收购将范式从过时的软件功能转变为人工智能(AI)和机器学习(ML)功能,他们需要确保关键基础架构(大数据和知识工件)也足够成熟以应对这种转变。在任何组织或领域开发或采用基于AI,ML或任何其他形式的智能系统的策略之前,他们需要进行自我评估,以回答三个关键问题。您的组织/域共享知识的程度如何?您的数据状态如何?您了解认知要求吗?回答和理解这些问题是了解您现在的位置(A点)的关键,因此您可以朝着您想去的地方(B点)采取可操作且逐步的步骤,以使您的组织或域具有AI能力。为了提供答案和/或解决上述问题的途径,我们执行了任务工程(ME)流程,该流程分析了组织或领域的准备状态。 ME过程是一项详细的分析,可评估人员,系统,知识,数据和过程如何与运营成果保持一致。 ME为现有工程流程增加了一层运营可行性,以确保程序增强知识共享,减少认知负担并增加语义理解。

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