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Application Integration Control System for Multi-Scale and Multi-PhysicsSimulation

机译:多尺度多物理仿真应用集成控制系统

摘要

In the case of long-period and large-scale simulation, unexpected stop which is caused by execution time excess, outage of computers, outage of a network during file transfer and so on, become major issues. To avoid the stop of job execution and file transfer, we have developed Task Flow Control System that is a new control system for application integration with a fault tolerant API. If the computer is outage, the system designates an alternate computer, gathers necessary files and submits a new job. Each scheduler, file transfer and job condition can be flexibly defined in XML. This time, we applied the system to fluid-structure interaction analysis simulation. The result indicates that the system enables a user to easily execute multi-scale and multi-physics simulation using application integration.
机译:在长时间大规模仿真的情况下,由于执行时间过长,计算机故障,文件传输期间网络中断等导致的意外停止成为主要问题。为避免作业执行和文件传输停止,我们开发了任务流控制系统,该系统是用于与容错API进行应用程序集成的新控制系统。如果计算机出现故障,系统将指定一台备用计算机,收集必要的文件并提交新作业。每个调度程序,文件传输和作业条件都可以在XML中灵活定义。这次,我们将该系统应用于流固耦合分析。结果表明,该系统使用户能够使用应用程序集成轻松执行多尺度和多物理场仿真。

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