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智能船舶中环境对WSN影响分析与优化对策
引用本文:张俊雄,丁贤根.智能船舶中环境对WSN影响分析与优化对策[J].舰船科学技术,2017,39(10).
作者姓名:张俊雄  丁贤根
作者单位:1. 中船黄埔文冲船舶有限公司,广东 广州,510715;2. 深圳艾迪宝智能系统有限公司,广东 深圳,518183
摘    要:根据CCS《智能船舶规范》,分析了智能船舶WSN的应用特征及现状.根据电磁波传输理论,建立了"白盒"、"黑盒"、"窗口"、"反射"、"衍射"、"地面"6种静态组网模型;根据WSN应用,建立了"微微网"、"散射网"和"混合网"3种动态组网模型,系统地将整个船舶归纳为8种典型环境,并对此环境下智能船舶WSN节点的布局给予了优化方案.

关 键 词:智能船舶  无限传感器网络  船舶环境  节点布局

Analysis of the influence of intelligent ship environment on WSN and optimization countermeasures
ZHANG Jun-xiong,DING Xian-gen.Analysis of the influence of intelligent ship environment on WSN and optimization countermeasures[J].Ship Science and Technology,2017,39(10).
Authors:ZHANG Jun-xiong  DING Xian-gen
Abstract:According to China Classification Society Rules for Intelligent Ships, in this paper we first analyzed the cur-rent application characters of Wireless Sensor Network (WSN) for intelligent ship. Then we established six types of static network model based on the theory of electromagnetic wave transmission, which are no-box model, closed-box model, open-box model, reflection-interference model, diffraction-interference model and ground-interference model. Furthermore, we de-signed three types of dynamic network model based on the application of WSN, which are piconet, scatternet and hybrid net-work. Finally we showed that a whole ship can be systematically classified into 8 typical environments and suggestions for the optimization layout of intelligent ship WSN nodes were given.
Keywords:intelligent ship  WSN  ship environment  node layout
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