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NEAT: Network link emulation with adaptive time dilation

机译:NEAT:具有自适应时间扩展的网络链路仿真

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摘要

In evaluating the performance of highly complex networked systems, emulation is often used as it maintains much of the realism of testbeds, while offering increased flexibility and scalability. In large emulation systems, multiple and heterogeneous virtual machines can be deployed in relatively few general purpose physical hosts. Time dilation is a technique that allows virtual time to pass at a different (and potentially variable) rate with respect to real time, allowing for increased scalability of the emulated system. In this paper we present networking links in a large emulated system employing adaptive time dilation. The link emulation focuses on accurate delay and throughput emulation while allowing varying time dilation factors. To evaluate our system, we measure the delay and throughput of the virtual links under variable system loads.
机译:在评估高度复杂的网络系统的性能时,通常会使用仿真,因为它保留了测试台的大部分真实性,同时提供了更高的灵活性和可伸缩性。在大型仿真系统中,可以在相对较少的通用物理主机中部署多个异构虚拟机。时间膨胀是一种技术,它允许虚拟时间以相对于实时的不同(并且可能是可变的)速率通过,从而提高了仿真系统的可伸缩性。在本文中,我们介绍了采用自适应时间扩展的大型仿真系统中的网络链接。链接仿真着重于精确的延迟和吞吐量仿真,同时允许各种时间扩展因子。为了评估我们的系统,我们测量了可变系统负载下虚拟链路的延迟和吞吐量。

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