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A critical path tool for parallel simulation performance optimization

机译:并行仿真性能优化的关键路径工具

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Describes a new technique for determining the critical path of a parallel simulation. Rather than relying on the traditional method of analyzing the dependencies in a directed graph, the new technique uses a metric called the earliest processing time (EPT) to determine the critical path. The new technique represents a slight innovation over the traditional method. This technique can be implemented either as a centralized algorithm or a distributed algorithm. As a centralized algorithm, the technique relies on a trace file containing the relevant EPTs the computation. As a distributed algorithm, this technique can be implemented so that the critical path becomes part of the output of the parallel computation. A centralized implementation of this technique has been developed and applied to a large and complex military-oriented simulation called CTLS (Concurrent Theater Level Simulation). Details of the two algorithms, and the results of applying the centralized algorithm to the CTLS simulation, are discussed in this paper.
机译:描述了一种用于确定并行模拟的临界路径的新技术。新技术而不是依赖于分析依赖关系的传统方法,而是使用称为最早处理时间(EPT)的度量来确定关键路径。新技术代表了传统方法的轻微创新。该技术可以作为集中算法或分布式算法实现。作为一种集中算法,该技术依赖于包含相关EPTS计算的跟踪文件。作为分布式算法,可以实现该技术,使得临界路径成为并行计算输出的一部分。已经开发了该技术的集中实施,并应用于称为CTL(并发剧院级仿真)的大型和复杂的军事化模拟。本文讨论了两种算法的细节,以及将集中算法应用于CTLS仿真的结果。

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