基于3D GIS的海洋环境分析评价平台的研究与实现

发布时间：2018-02-28 22:22

本文关键词： 海洋环境分析评价 3DGIS 集成平台　出处：《青岛科技大学》2017年硕士论文　论文类型：学位论文

【摘要】：海洋环境监测评价,对于保护我国海洋环境并促进海洋经济的发展来说,是一项非常重要的基础工作,也是我国智慧海洋建设的重要组成部分。本研究立足于国家直属和地方海洋环境监测机构对业务的实际需求,统一考虑各个监测任务,采用基于构件化的设计模式,研究海洋环境分析评价综合集成技术,为各个监测任务的分析评价提供统一集成平台,降低后续研发成本,提高平台稳定性和连通性;研究海洋环境自动化时空分析评价,使得平台用户从原来Excel、Suffer、ArcGIS、Word等一系列散乱的软件工具及繁杂的操作过程中解脱出来,仅通过一个软件平台,就能在几分钟内完成原来耗费几个周或几个月的多种监测任务分析评价;研究海洋环境数据三维可视化,探索海洋环境监测数据在三维平台中的可视化的方法、数据接口以及实现,为用户提供良好的视觉体验与操作体验。最后,设计实现一个基于3D GIS的海洋环境分析评价平台,采用B/S架构和3D Web GIS技术,支持跨平台、跨浏览器,用户可随时随地进行业务工作的办理,使原本繁杂晦涩的评价工作变得便捷而体贴,平台显著提高了海洋环境监测评价工作的效率。
[Abstract]:The monitoring and assessment of the marine environment is a very important basic work for the protection of our marine environment and the promotion of the development of the marine economy. It is also an important part of intelligent ocean construction in China. This study is based on the actual business needs of national and local marine environmental monitoring organizations, and considers all monitoring tasks in a unified way, and adopts a component-based design model. To study the integrated technology of marine environmental analysis and evaluation, to provide a unified integrated platform for the analysis and evaluation of various monitoring tasks, to reduce the cost of subsequent research and development, to improve the stability and connectivity of the platform, to study the space-time analysis and evaluation of marine environment automation, The platform users can get rid of a series of disorderly software tools and complicated operation process such as Excel Suffern ArcGIS-word and so on. Only through one software platform, can complete the analysis and evaluation of many kinds of monitoring tasks that used to spend several weeks or months in a few minutes; This paper studies the 3D visualization of marine environmental data, explores the visualization method, data interface and implementation of marine environmental monitoring data in 3D platform, and provides users with good visual and operational experience. A marine environment analysis and evaluation platform based on 3D GIS is designed and implemented. It adopts B / S architecture and 3D Web GIS technology, supports cross-platform, cross-browser, and users can handle business work anytime and anywhere. The original complicated and obscure evaluation work becomes convenient and considerate, and the platform significantly improves the efficiency of marine environment monitoring and evaluation.
【学位授予单位】：青岛科技大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：X834;TP311.52

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