An Offshore Maritime Edge Computing Network: Design and Experiment

Lue Yang, Xinyu Dou, Xiaoyu Zhang, Xiao Han, Chaoyue Zhang, Bin Lin
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Abstract

With the rapid development of maritime activities, there has been an increasing number of maritime ships in offshore areas, as well as a growing demand for low-latency maritime communication and computation networks. The existing network infrastructures fall behind and cannot meet the increasing demands for ship-to-shore communication, such as, maritime transportation and emergence rescue. In this paper, we build a Ship-to-Shore (S2S) network for constructed the Offshore Maritime Edge Computing (OMEC) system with the onshore control center and edge computing nodes, aiming to achieve intelligent offshore monitoring. Experimental results demonstrate that the proposed OMEC system is able to meet the requirements of various series, such as hydrological and meteorological data monitoring, and ship identification.
海上边缘计算网络的设计与实验
随着海上活动的快速发展,近海海域的船舶数量越来越多,对低时延海上通信和计算网络的需求也越来越大。现有网络基础设施落后,无法满足日益增长的船岸通信需求,如海上运输和应急救援。本文通过构建船到岸(S2S)网络,以陆上控制中心和边缘计算节点为基础,构建海上海事边缘计算(OMEC)系统,实现海上智能监控。实验结果表明,所提出的OMEC系统能够满足水文、气象数据监测、船舶识别等多个系列的需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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