The WarpIV simulation kernel

J. Steinman
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引用次数: 35

Abstract

This paper provides an overview of the WarpIV simulation kernel that was designed to be an initial implementation of the standard simulation architecture (SSA). WarpIV is the next generation replacement for the synchronous parallel environment for emulation and discrete event simulation (SPEEDES) framework that has supported a number of DoD simulation programs including MDWAR, EADTB, JSIMS, and others. This paper first provides a look back at the historical evolution of SPEEDES, the evolution of the SSA, and the development of WarpIV. This historical background is followed by a description of the layered SSA and design of WarpIV. Capabilities and new algorithms or data structures provided by each layer of the architecture are mentioned, but are not described in full detail. Several benchmarks for the underlying communications infrastructure and internal event-processing engine are given. The summary and conclusions section highlights the main technical points of the paper and describes future research and development goals for WarpIV.
WarpIV仿真内核
本文提供了WarpIV仿真内核的概述,该内核被设计为标准仿真体系结构(SSA)的初始实现。WarpIV是用于仿真和离散事件仿真(SPEEDES)框架的同步并行环境的下一代替代品,该框架已支持许多国防部仿真程序,包括MDWAR、EADTB、JSIMS等。本文首先回顾了SPEEDES的历史演变、SSA的演变以及WarpIV的发展。在此历史背景下,对分层SSA和WarpIV的设计进行了描述。文中提到了体系结构的每一层提供的功能和新算法或数据结构,但没有详细描述。给出了底层通信基础设施和内部事件处理引擎的几个基准。摘要和结论部分突出了本文的主要技术要点,并描述了WarpIV未来的研究和开发目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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