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Parallel computation based ocean current numerical simulation and application in shipwreck salvation of Taiwan Strait

机译:基于并行计算的海流数值模拟及其在台湾海难沉船中的应用

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Taiwan Strait and neighbor sea areas are the important sea area that joins the South China Sea and East China Sea of China, and its topographic change is obvious. The ocean current of that sea area has great influence on the sea disaster, so it is of great importance to implement ocean current numerical simulation. As the ocean current information is changing all the time, the real-time information service and scientific visualization is a complex problem. The parallel computation technology can improve the computation efficiency of the ocean current numerical simulation. In this paper, the parallel computation ocean current 3-D numerical simulation technology, the WebGIS based information sharing on web, the Geographical Information Systems (GIS) information presentation and shipwreck development forecasting are studied to implement shipwreck salvation of Taiwan Strait.
机译:台湾海峡和邻近海域是连接中国南海和东海的重要海域,其地形变化十分明显。该海域的洋流对海洋灾害具有重大影响,因此进行洋流数值模拟具有重要意义。由于洋流信息一直在变化,因此实时信息服务和科学可视化是一个复杂的问题。并行计算技术可以提高洋流数值模拟的计算效率。本文研究了并行计算海流3-D数值模拟技术,基于WebGIS的网络信息共享,地理信息系统(GIS)信息表示以及海难发展预测,以实现台湾海峡的海难救助。

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