基于VS的海堤安全监测系统开发及综合建模分析

发布时间：2018-05-24 15:02

本文选题：海堤 + 可视化　；参考：《合肥工业大学》2014年硕士论文

【摘要】：上海市地处长三角入海口，是中国的经济金融中心。浦东新区位于上海市最东部，毗邻东海，除了受亚热带季风气候影响之外，，受海洋性气候的影响也较为显著。海堤是沿海地区抵挡台风防御潮水的重要建筑物，浦东海堤全长约60余公里，保护着堤内大量的人口、工业园区以及交通枢纽等，一旦遭到破坏将会带来巨大的经济损失，后果不堪设想，因此有必要对浦东海堤进行全面的实时监测，保障海堤的安全运行。本论文在分析国内外在相关领域研究的基础上，将地理信息系统（GIS）技术引入海堤安全监测中，以上海市浦东新区海堤为例，利用C#编程语言和ArcGISEngine丰富的GIS相关组件库，在Visual Studio2008平台上实现了海堤可视化安全监测系统的开发，并结合数学建模相关理论，运用多测点统计回归模型和Elman人工神经网络模型对安全监测数据进行了多测点综合建模分析。工程实例证明，海堤可视化安全监测系统的运行取得了很好的效果，多测点综合建模的结果的精度良好，能够满足工程要求。该系统的开发充分实现了海堤安全监测中的二维及三维可视化功能、数据管理查询功能以及监测数据的综合建模分析功能，丰富了海堤安全监测的手段，提高了海堤安全监测的效率，对海堤安全监测技术的发展有积极的意义。
[Abstract]:Shanghai is located in the Yangtze River Delta estuary, is China's economic and financial center. Pudong New area is located in the east of Shanghai, adjacent to the East China Sea, in addition to the subtropical monsoon climate, the impact of oceanic climate is also more significant. The seawall is an important building in coastal areas to resist typhoon tide. The Pudong seawall is about 60 kilometers long. It protects a large number of people, industrial parks and transportation hubs in the embankment. Once destroyed, it will bring huge economic losses. Therefore, it is necessary to monitor the Pudong seawall in real time to ensure the safe operation of the seawall. Based on the analysis of domestic and foreign researches in related fields, this paper introduces GIS technology into seawall safety monitoring. Taking the seawall in Pudong New area of Shanghai as an example, using C # programming language and ArcGISEngine rich GIS related component library, this paper introduces the method of seawall safety monitoring. The visual safety monitoring system of seawall is developed on the platform of Visual Studio2008. Combined with the related theory of mathematical modeling, the multi-point statistical regression model and Elman artificial neural network model are used to model and analyze the safety monitoring data. The engineering example shows that the visual safety monitoring system of seawall has achieved good results, and the accuracy of the comprehensive modeling results of multi-measurement points is good, which can meet the requirements of engineering. The development of the system fully realizes the functions of 2D and 3D visualization in seawall safety monitoring, the function of data management and query, and the comprehensive modeling and analysis function of monitoring data, which enriches the means of seawall safety monitoring. It improves the efficiency of seawall safety monitoring and has positive significance for the development of seawall safety monitoring technology.
【学位授予单位】：合肥工业大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：U656.314

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