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Dynamic analysis of structures on multicore computers - Achieving efficiency through object oriented design

机译:多核计算机上结构的动态分析-通过面向对象的设计实现效率

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The paper examines software design aspects of implementing parallel and distributed computing for transient structural problems, Overall design is achieved using object and component oriented methods. The ideas are implemented using .NET and the Task Parallel Library (TPL). Parallelisation and distribution is applied both to single problems, and to solving multiple problems. The use of object-oriented design means that the solvers and data are packaged together, and this helps facilitate distributed and parallel solution. Factory objects are used to provide the solvers, and interfaces are used to represent both the factory objects and solvers.
机译:本文研究了针对瞬态结构问题实现并行和分布式计算的软件设计方面。使用面向对象和面向组件的方法实现了总体设计。这些想法是使用.NET和任务并行库(TPL)来实现的。并行化和分布化既适用于单个问题,也适用于解决多个问题。面向对象设计的使用意味着将求解器和数据打包在一起,这有助于简化分布式和并行解决方案。工厂对象用于提供求解器,而接口用于表示工厂对象和求解器。

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