摘 要

随着信息化时代的飞速发展，时代在发生着急剧的变革，各种各样各样的新事物不断推出。在航海业中，信息化的到来同样使得许多传统的技术方法发生了巨大的变化。

船舶的监测诊断技术是船舶能在航行途中安全运行的重要保证。安全是船舶航行最关键的部分，而船舶的监测诊断技术正是船舶安全保证的关键所在。本文在船舶和船员安全的基础上对船队监测诊断技术进行研究，拟在B/S网络模式的基础上构建远程监测网络，将FMECA技术融于数据库中，最后以所学的知识对船队监测诊断系统进行分析。

本论文对于船舶编队监测诊断技术的研究主要包括：船舶监测系统远程网络结构的搭建，监测系统数据库的分析和构建，船队远程监控系统的整体分析和对开发者与使用者两方面视角的分析。通过对传统的监测诊断技术中加入个人的发展思路，使得其工作性能和经济性等得到改良。

关键词：监测诊断，船队，网络，数据库

Abstract

With the rapid development of the information age, the times in the event of a dramatic change, a variety of new things continue to launch. In the maritime industry, the arrival of information also makes many of the traditional technical methods have been changing a lot.

Ship monitoring and diagnosis technology is an important guarantee for the safe operation of the ship during navigation. Safety is the most critical part of ship navigation, and ship monitoring and diagnosis technology is the key to ship safety assurance. Based on the safety of ship and crew, this paper studies the fleet monitoring and diagnosis technology, constructs the remote monitoring network on the basis of B / S network model, fuses the FMECA technology into the database, and finally studies the fleet Detection of diagnostic systems for analysis.In this paper, the research on ship formation monitoring and diagnosis technology mainly includes: the construction of remote network structure of ship monitoring system, the analysis and construction of monitoring system database, the overall analysis of fleet remote monitoring system and the analysis of both the developer and the user. Through the traditional monitoring and diagnosis technology to add personal development ideas, making its work performance and economy, etc. Improved.

Key words:Monitoring and Diagnosis,Fleet,Internet,Database

目录

1. 绪论 ...........................................................1

1.1 目的及意义 ......................................................1

1.2 国内外研究现状 ..................................................1

1.3 研究的基本内容、目标 .............................................2

1. 远程监测系统的网络搭建..........................................3

2.1 通信网络技术的选用...............................................3

2.2 基于B/S模式下的船队远程监测网络基本结构.........................4

2.3 船舶远程交流网络系统的发展趋势...................................6

本章小结.............................................................6

第3章 船舶编队监测系统数据库的分析和构建..............................7

3.1 FMECA介绍........................................................7

3.2 船舶柴油机常见故障分析..........................................11

3.3 数据库的搭建和发展趋势..........................................13

本章小结............................................................16

1. 船队远程监测诊断系统的实现.....................................17

4.1 船舶端系统开发..................................................17

4.2 岸上端系统开发..................................................18

4.3 船岸两端交互实现................................................20

4.4 开发者视角和用户视角下的远程监测诊断系统........................21

本章小结............................................................22

1. 总结与展望.....................................................23

5.1 总结............................................................23

5.2 展望和补充........................................................23

参考文献..............................................................25

致谢..................................................................27

1. 绪论

1.1 目的及意义