This thesis deals with how to improve the performance of ship communication system using smart antenna.
本文研究利用智能天线技术提高舰艇通信系统的性能。
The paper analyses the advantages of the industry Ethernet being used as communication network for ship equipment monitoring, gives the framework of ship automation system based on industry Ethernet.
首先分析了以工业以太网作为船舶现场监控层通讯网络的优点，构建了基于工业以太网的船舶自动化系统。
AIS is a kind of ship surveillance system, belonging to the wireless mobile communication network category, and the network performance is a key problem in the research and application of AIS.
AIS是一种船舶监测系统，并隶属于无线移动通信网络范畴，其网络性能是AIS的研究及应用中的一个关键问题。
Based on the modern communication and information technology, the ship-shore information system may change the manual process of routine ship management methods.
基于现代通信和信息技术的船岸信息系统，可以改变一切依靠人力与手工处理的船舶常规管理手段。
This thesis frames some scheme of smart antenna system aiming at the character of ship communication. The above system consists of four array faces, and each face includes three subsystems.
针对舰艇通信的特点，本文制定了某智能天线系统方案，该系统天线分为四个扇区，每个扇区包括扇区天线子系统、射频收发子系统和数字信号处理子系统三部分。
This article describes the design of HMI application in the ship demagnetization system. the character of MP370 and the configuration of communication with PLC are introduced in the paper.
本文介绍了基于船舶消磁系统控制要求的人机界面设计与开发，同时介绍了MP370多功能人机界面开发平台的特点，以及它与PLC之间的通讯组态。
This article describes the design of HMI application in the ship demagnetization system. the character of MP370 and the configuration of communication with PLC are introduced in the paper.
本文介绍了基于船舶消磁系统控制要求的人机界面设计与开发，同时介绍了MP370多功能人机界面开发平台的特点，以及它与PLC之间的通讯组态。
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