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Container Cluster Model Development for Legacy Applications Integration in Scientific Software System

机译:集装箱集群模型开发,用于科学软件系统中的传统应用集成

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Feature of modern scientific information systems is their integration with computing applications, providing distributed computer simulation and intellectual processing of Big Data using high-efficiency computing. Often these software systems include legacy applications in different programming languages, with non-standardized interfaces. To solve the problem of applications integration, containerization systems are using that allow to configure environment in the shortest time to deploy software system. However, there are no such systems for computer simulation systems with large number of nodes. The article considers the actual task of combining containers into a cluster, integrating legacy applications to manage the distributed software system MD-SLAG-MELT v.14, which supports high-performance computing and visualization of the computer experiments results. Testing results of the container cluster including automatic load sharing module for MD-SLAG-MELT system v.14. are given.
机译:现代科学信息系统的特点是它们与计算应用的集成,提供了使用高效计算的大数据的分布式计算机仿真和智能处理。这些软件系统通常包括不同编程语言的遗留应用程序,具有非标准化接口。为解决应用程序集成的问题,集装箱系统正在使用它允许在最短的时间内配置环境来部署软件系统。但是,没有具有大量节点的计算机仿真系统的这种系统。该文章认为将容器组合成集群的实际任务,集成了传统应用程序来管理分布式软件系统MD-SLAG-MELT v.14,支持高性能计算和计算机实验结果的可视化。容器集群的测试结果包括用于MD-SLAG-MELT系统的自动负载共享模块V.14。给出。

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