海洋空间监视系统

K. Grythe, I. Jensen, A. Lie, T. Reinen, M. Alver, G. Eidnes, F. A. Michelsen, M. Reed, D. Slagstad
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引用次数: 3

摘要

OSS是一种基于数据同化和综合测量和模型的海上操作和管理的实时监督概念。OSS由一个水下传感器网络、与运行海洋模型的计算机的通信链路、计算机海洋模型和一个数据同化工具组成,该工具使模型适应传感器网络的测量数据。本文描述了整个系统以及传感器测量是如何更新模型的。讨论了传感器网络中包含的电磁通信,从信号电平变化的角度说明了链路海面范围和性能。挪威海岸的实际测量结果表明,对海流行为的预测有所改进。除了提高预测质量之外,建模还用于网络节点的最佳部署,与更临时的节点部署相比,这代表了OSS方法的主要经济效益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ocean space surveillance system - OSS
OSS is a real-time supervising concept for marine operations and management based on data assimilation and integrated measurements and models. OSS is composed of an underwater sensor network, communication links to computers running ocean models, computer ocean models and a data assimilation tool which adapts the model to measurement data from the sensor network. The paper describes the overall system and how the sensor measurements are updating the model. The inclusion of electromagnetic communication in the sensor network is discussed, illustrating the link sea surface range and performance in terms of signal level variations. Results from real measurements at the coast of Norway show the improved predictions of sea current behaviour. Besides from improving the quality of predictions, modelling is used for optimum deployment of the network nodes, representing a major economical benefit of the OSS approach compared to a more ad hoc deployment of the nodes.
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