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ARENA: a versatile and multidisciplinary scientific submarine cable network of next generation

机译:ARENA:下一代的多功能,多学科的科学海底电缆网络

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Seafloor observation system using the underwater cable is one of the most reliable ways to provide high-speed data transmission and continuous power feeding to underwater devices. Recent evolution in the optical submarine cable and Internet technology make it possible to develop a versatile scientific submarine cable network. IEEE OES (Institutes of Electrical and Electronics Engineers, Oceanic Engineering Society) Japan chapter has conducted the feasibility study on the new scientific study on the new scientific submarine cable network. The proposed scientific cable network named ARENA has the following feature: (1) mesh-like cable network configuration covering vast research area with 3,600 km of total cable length; (2) over 66 observation nodes with 50 km intervals; (3) robustness against failures; (4) wideband optical transmission system capable of transmitting plural HDTV (high definition television) signal and synchronizing time signal with accuracy of one microsecond; (5) system extensibility; and (6) exchangeability of sensors. This paper will describe the outline of ARENA.
机译:使用水下电缆的海底观察系统是向水下设备提供高速数据传输和连续供电的最可靠方法之一。海底光缆和Internet技术的最新发展使开发通用的科学海底光缆网络成为可能。 IEEE OES(海洋工程学会电气与电子工程师协会)日本分会对新型科学海底电缆网络的新型科学研究进行了可行性研究。拟议中的名为ARENA的科学电缆网络具有以下特征:(1)网状电缆网络配置覆盖了广阔的研究区域,总电缆长度为3600 km; (2)超过66个观测节点,间隔50公里; (3)抗故障能力强; (4)能够以1微秒的精度发送多个HDTV(高清电视)信号并同步时间信号的宽带光传输系统; (5)系统可扩展性; (6)传感器的互换性。本文将描述ARENA的概述。

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