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Increased Space Situational Awareness through Augmented Reality Enhanced Common Operating Pictures

机译:通过增强现实增强空间情境意识增强普通操作照片

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Support for space situational awareness (SSA) is required to enable military commanders and space operations center operators to maintain an advantage over our adversaries in the space enterprise. Well-designed visualization and human-computer interaction (HCI) technologies can be employed to allow them to perceive, reason about, explore, and act on timely intelligence, but current tools are lacking. A new generation of display modalities such as large-screen shared displays, touch-tables, and augmented reality (AR) can be used to power innovative visualization and data interaction capabilities, but these technologies must be implemented carefully in the context of potential operating environments. To apply novel display modalities and truly support operator needs in the context of space operations, Charles River Analytics is designing, developing, and validating a system for Space Operations Visualization Leveraging Augmented Reality (SOLAR). This paper provides an overview of our current prototype SOLAR application capabilities, with a focus on novel applications of augmented reality to promote SSA and shared awareness in a collaborative and dynamic mission-centric, high tempo, operations environment. We highlight unique integration points with traditional mission-centered displays where augmented reality is anticipated to add unique benefits, particularly for joint operations and situations where multiple operators must contribute different expertise, serve in different supporting roles, and make recommendations and/or decisions based on different levels of strategic and/or tactical understanding (e.g., due to differing information authorizations). The current SOLAR prototype has gone through four rounds of iteration with space operators. Consequently, we provide a summary of initial results acquired from actual space operators with respect to the demonstrated value SOLAR integrated augmented reality capabilities offer. Finally, we present conclusions focused on
机译:需要支持空间情境感知(SSA),以使军事指挥官和太空运营中心运营商能够在空间企业的对策中保持优势。精心设计的可视化和人机互动(HCI)技术可以允许他们感知,探索和及时智能行事,但缺乏目前的工具。新一代的显示模式,如大屏幕共享显示,触摸表和增强现实(AR)可用于为电动创新的可视化和数据交互功能,但必须在潜在的操作环境的上下文中仔细实施这些技术。为了涂上新颖的显示方式和真正支持的运营商在空间运营的背景下,查尔斯河分析正在设计,开发和验证空间操作可视化系统,利用增强现实(太阳能)。本文概述了我们目前的原型太阳能应用功能,重点是增强现实的新颖应用,以促进SSA,并在协作和动态的特派团中心,高速,运营环境中的共同意识。我们突出了与传统的任务中心展示的独特集成点,其中预计将增加具有独特优势的增强现实,特别是对于多个运营商必须贡献不同专业知识的联合运营和情况,以及根据不同的支持作用,提出建议和/或决定不同级别的战略和/或战术理解(例如,由于信息授权而导致)。当前的太阳能原型已经通过了四轮迭代空间运营商。因此,我们提供了关于实际空间运营商获取的初始结果的摘要,了解所示值太阳集成增强现实能力提供。最后,我们展示了重点的结论

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