佐治亚理工学院网络模拟器

G. Riley
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引用次数: 331

摘要

我们介绍了一个新的网络仿真环境,由我们的研究小组开发,称为佐治亚理工学院网络模拟器(GTNetS)。我们的模拟器是专门设计的,允许比现有网络模拟工具更大规模的模拟。仿真器的设计与实际网络协议栈和硬件的设计非常接近。因此,任何对网络有良好理解的人都可以很容易地理解模拟是如何构建的。此外,我们的模拟器完全是在面向对象的c++中实现的,这使得用户可以轻松地扩展以实验现有仿真模型的新行为或修改行为。我们的工具从一开始就考虑到可伸缩性,包括支持在工作站网络上进行分布式模拟,这是基本设计的一部分。我们概述了GTNetS的特性,并介绍了我们在匹兹堡超级计算机中心的计算集群上运行GTNetS获得的一些初步可伸缩性结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Georgia Tech Network Simulator
We introduce a new network simulation environment, developed by our research group, called the Georgia Tech Network Simulator (GTNetS). Our simulator is designed specifically to allow much larger-scale simulations than can easily be created by existing network simulation tools. The design of the simulator very closely matches the design of real network protocol stacks and hardware. Thus, anyone with a good understanding of networking in general can easily understand how the simulations are constructed. Further, our simulator is implemented completely in object-oriented C++, which leads to easy extension by users to experiment with new or modified behavior of existing simulation models. Our tool is designed from the beginning with scalability in mind, including the support for distributed simulations on a network of workstations as part of the basic design.We give an overview of the features of GTNetS, and present some preliminary scalability results we have obtained by running GTNetS on a computing cluster at the Pittsburgh Supercomputer Center.
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