虚拟与物理节点融合网络仿真研究

Junyu Lai, Kecheng Zhang, Jiaqi Tian, Han Xiao, Yingbing Sun
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引用次数: 0

摘要

网络仿真是对所有层的网络协议以及应用软件在网络的整个生命周期从设计到维护阶段进行测试和验证的重要方法。网络仿真方法结合了仿真和试验台的优点,平衡了成本和准确性。本文介绍了一种很有前途的基于云的网络仿真平台,该平台利用一套新颖的虚拟化和云相关技术实现了网络仿真领域的灵活性、敏捷性和可扩展性。为了实现高保真网络仿真,外部物理网络节点应该能够与仿真节点进行连接和通信。本文阐述了一种将仿真平台外部物理节点与内部虚拟节点集成的创新策略,实现虚拟与物理节点融合的网络仿真。功能测试表明,该策略能够有效地桥接物理节点到虚拟平台,实现HiFi网络仿真。此外,性能评估还表明,该策略可以有效地利用平台有限的计算和网络资源,从而达到典型仿真场景的足够的可扩展性和灵活性。
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Towards Virtual and Physical Nodes Fused Network Emulation
Network emulation is a vital testing and verification approach for networking protocols of all layers, as well as for application software during a network’s entire life-cycle from designing to maintenance phases. Network emulation method combines the merits of simulation and test-bed, and balances cost and accuracy. This paper introduces a promising cloud-based network emulati on platform, which leverages a set of novel virtualization and cloud related technologies to implement flexibility, agility and scalability in network emulation domain. Aiming at realizing high fidelity (HiFi) network emulation, External physical network nodes should be able to connect and communicate with the emulated nodes. This paper elaborates an innovative strategy to integrate outside physical nodes with virtual nodes inside of the emulation platform to implement virtual and physical nodes fused network emulation. Functional tests are carried out and indicate that the proposed strategy can effectively bridge the physical node to the virtual platform to achieve HiFi network emulation. Besides, performance evaluation also illustrates that the derived strategy can efficiently utilize the limited computation and networking resources of the platform so to achieve sufficient scalability and flexibility for the typical emulation scenarios.
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