AUTHORS: Satoshi Kodama, Rei Nakagawa, Tanouchi Toshimitsu

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ABSTRACT: With the development of the computing architecture, the virtual technology has been widely infiltrating the whole network infrastructure and showing the future vision (e.g., SDN (Software Defined Network), NFV (Network Function Virtualization)). There is a general tendency to integrate services being formerly operated by multiple computing divisions into the collaboration system using the correct working of virtualized multi-environment. For example, VM (Virtual Machine) enables the multi-OS environment on single-OS and the reduction of physical resources such as an occupation area, a power consumption, a restriction of hardware, and so on. However, there remain the problems of the complexity around the dependencies between the VM and the host single-OS, (e.g., the resources utilization by multi-OS and the consistent management of these). For example, if we would like to build some Apache servers on single-OS, we implement each Apache server on each VM. There are several hot topics around the challenges of VM (e.g., OS migration, the optimization of the energy consumption). Here we consider the virtualization to skip VM. We design the server architecture providing the services identified by the port number. This system aims the programmable virtual node which is called Virtual Control Space (VCS) and provides the multiple server systems on Cent OS 7.2. The VCS works require virtualized Network Interface Card (vNIC) which is non-standard Linux extensions. We executed the original architecture including the VCS on the regular PC and confirmed whether our system normally manages the services which are divided by the port number by some of the steps. Finally, we have achieved the multiple server systems on single-OS without VM.

KEYWORDS: Cross-Layer, Network Architecture, Software Defined Network

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