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Generating an Accurate Vertical Aerosol Profile

机译:生成准确的垂直气溶胶剖面

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摘要

The development of an active optical system operating from a shipboard platform will require marine-specific models to predict the atmospheric channel characteristics. Given the variable nature of maritime operational areas, a second important component of a successful system is the integration of local and timely environmental measurements. We describe work to develop a model for beam propagation on an uplink in a maritime environment. Both extinction and turbulence can be important factors in beam degradation, and the prediction capability will require reliable models based upon local data, including meteorological data. Our focus is the determination of model fidelity for engagement scenarios of practical interest. We also discuss the need for quality-assured data and the possibilities for more direct channel assessments.
机译:从舰载平台操作的主动光学系统的开发将需要特定于海洋的模型来预测大气通道特征。考虑到海上作战区域的可变性,成功系统的第二个重要组成部分是本地和及时环境测量的集成。我们描述了在海上环境中开发用于波束在上行链路上传播的模型的工作。消光和湍流都可能是波束退化的重要因素,而预测能力将需要基于本地数据(包括气象数据)的可靠模型。我们的重点是确定具有实际兴趣的参与场景的模型逼真度。我们还将讨论对质量保证数据的需求以及更直接的渠道评估的可能性。

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