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Concept design of satellite communications system for next generation marine observation: Broadband IP network down to underwater

机译:下一代海洋观测卫星通信系统的概念设计:宽带IP网络向下到水下

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Importance of marine observations and developments has been increasingly recognized as a key to many grand challenges of human beings such as development of mineral resources under seafloor, global climate change, etc. The amount of data obtained by marine devices is increasing because many kinds of data from simple ones like temperature to video image and scanned image of seabed are needed for such applications. In addition, real-time observation is required for secure operation of underwater facilities such as underwater oil wells. It is also required for rapid analysis of scientific data such as complex three-dimensional acoustic geological data. On the other hand, communication net-works for marine observations to carry huge data in real-time has not been realized. This paper describes the initial study result of experimental broadband satellite communication systems for next generation marine observations.
机译:海洋观测和发展的重要性被越来越被认为是人类的许多大挑战的关键,如海上,全球气候变化等矿产资源的发展等。海洋设备获得的数据量正在增加,因为多种数据增加 从简单的简单版本到视频图像和扫描的海底扫描图像是如此的应用。 此外,需要实时观察,以便在水下油井等水下设施的安全运行。 还需要快速分析科学数据,如复杂的三维声学地质数据。 另一方面,尚未实现用于海洋观测的通信网络工程,以实时携带巨额数据。 本文介绍了用于下一代海洋观测的实验宽带卫星通信系统的初始研究结果。

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