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GIS-Based Performance Prediction and Evaluation of Civilian Harbour Protection Systems

机译:基于GIS的平民保护系统的性能预测与评估

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In this paper a simulation tool is proposed to assess the level of underwater security in civilian harbour installations. The tool is based on a geographical information system, and it allows to improve port security verifying the impact of both new sensors and modification in the sensors placement in the overall harbour protection system. The tool works under the Microsoft Windows Operating System and it is based on the ESRI MapObjects 2.3 library. It permits to load a geographical area with any kind of environmental information, add several type of underwater sensors and several type of intruders and verify what security level is guaranteed by the sensors configuration chosen against the particular intruder selected. Moreover the simulation tool is strictly connected with the Matlab environment to improve the tool flexibility when a new sensor or a new kind of intruder is added. Finally, a genetic algorithm, built in the Matlab environment, allows to find the optimal sensors configuration to obtain a desired security level in the area at the lowest cost..
机译:本文提出了一种仿真工具,以评估民用港口安装中的水下安全水平。该工具基于地理信息系统,它允许改善端口安全性验证新传感器和修改在整个港口保护系统中的传感器中的影响。该工具在Microsoft Windows操作系统下工作,它基于ESRI MapObjects 2.3库。它允许用任何类型的环境信息加载地理区域,添加几种类型的水下传感器和几种类型的入侵者,并验证由所选择的特定入侵者选择的传感器配置保证的安全级别。此外,仿真工具与MATLAB环境严格连接,以提高新传感器或添加新的入侵者时的刀具灵活性。最后,在MATLAB环境中构建的遗传算法允许找到最佳传感器配置,以获得最低成本的区域中所需的安全级别。

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