Technical maturity evaluations for sensor fusion technologies

Mike Engle, S. Sarkani, T. Mazzuchi
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引用次数: 5

Abstract

The National Geospatial-Intelligence Agency (NGA) routinely works with commercial and academic partners to develop and refine technologies needed to meet the evolving imagery-based intelligence problems of the intelligence community (IC). There is an existing Research and Development entity within the NGA which includes the systems engineering framework required to incorporate, develop and transition applicable technologies for use by analysts. In order to better understand where work may fall within this framework, it is necessary to identify the inherent technical maturity of the research in question. Technology Readiness Levels (TRLs), which were originally developed by NASA and are used by the DOD for most development and procurement programs, are used by NGA as a quick indication of both technical maturity and inherent risk (technical, schedule, cost or transition). This paper discusses the different GEOINT-focused performance evaluations pertinent to the TRLs then provides a brief introduction to an applicable multi-sensor data fusion framework.
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传感器融合技术成熟度评价
美国国家地理空间情报局(NGA)定期与商业和学术伙伴合作,开发和完善所需的技术,以满足情报界(IC)不断发展的基于图像的情报问题。在NGA中有一个现有的研究和发展实体,它包括系统工程框架,需要合并、开发和转换适用于分析人员使用的技术。为了更好地理解工作在这个框架中的位置,有必要确定所讨论的研究的固有技术成熟度。技术就绪水平(trl)最初由NASA开发,并被国防部用于大多数开发和采购计划,NGA将其用作技术成熟度和固有风险(技术、进度、成本或过渡)的快速指示。本文讨论了与trl相关的不同的以geoint为中心的性能评估,然后简要介绍了适用的多传感器数据融合框架。
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