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Experiences with component-oriented technologies in nuclear power plant simulators

机译:核电站模拟器中面向组件技术的经验

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This paper proposes the application of modern component-oriented technologies to the development of nuclear power plant simulators. On the one hand, as a significant improvement on previous simulators, the new kernel is based on the Common Component Architecture (CCA). The use of such a high-performance computing oriented component technology, together with a novel algorithm to automatically resolve simulation data dependencies, allows the efficient execution of both parallel and sequential simulation models. On the other hand, RT-CORBA is employed in the development of the rest of the applications that comprise the simulator. This real-time communication middleware not only makes the management of communications easier, but also provides the applications with real-time capabilities. Software components used in these two ways, simulation models integrating the kernel and distributed applications from which the simulator is comprised, improve the evolution and maintenance of the entire system, as well as promoting code reusability in other projects.
机译:本文提出了面向组件的现代技术在核电站模拟器开发中的应用。一方面,作为对先前模拟器的重大改进,新内核基于通用组件体系结构(CCA)。使用这种高性能的面向计算的组件技术,再加上一种新颖的算法来自动解决仿真数据的依赖性,可以有效地执行并行和顺序仿真模型。另一方面,RT-CORBA用于构成模拟器的其余应用程序的开发。这种实时通信中间件不仅使通信管理更加容易,而且还为应用程序提供了实时功能。以这两种方式使用的软件组件,即集成了内核和组成仿真器的分布式应用程序的仿真模型,可以改善整个系统的演进和维护,并提高其他项目中的代码可重用性。

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