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Virtual routers on commodity hardware are an attractive solution for service providers that look for extensibility, flexibility, reuse and low deployment cost. However, these routers still suffer from performance limitations due to the virtualization overhead and the commodity hardware architecture itself. In this paper, we first evaluate the baseline forwarding performance of virtual routers based...
With the resurgent interest in virtualisation, router virtualisation seems the next step to servers virtualisation. It is also a key in deploying flexible and isolated virtual networks. In this paper, we evaluate Xen-based virtual routers on top of commodity hardware. Forwarding being achieved through the driver domain networking model, we identify and analyze the throughput limitation through profiling...
Router virtualization seems as the obvious next step to system virtualization and the key to easily deploy and manage next generation overlay virtual networks. In this paper, we investigate the viability of virtual routers on a Xen-based system. We first evaluate the system throughput when achieving forwarding in the virtual routers. Then, we consider the context where virtual routers are dedicated...
Providing QoS in mobile ad-hoc networks (MANETs) is necessary to allow effective communication in context of multimedia data transmission. Reserving the required resources and applying an admission control mechanism is one way to guarantee end-to-end QoS. Nevertheless, such a scheme should take into account the problem of interferences, consequent to the use of the wireless channel. Much work have...
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