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Implementation of multi-layer techniques using FEDERICA, PASITO and OneLab network infrastructures

机译:使用FEDERICA,PASITO和OneLab网络基础架构实施多层技术

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This paper describes an implementation of multi-layer techniques using the network infrastructure provided by FEDERICA, PASITO and OneLab projects. FEDERICA project provides a network infrastructure, based on virtualization capabilities in both network and computing resources, which creates custom-made virtual environments. PASITO is a layer-2 network that connects universities and research centers in Spain. OneLab measurements tools allow carrying out high-accuracy active network measurements. Thanks to FEDERICA and PASITO, we have a multi-layer architecture where the traffic is routed based on the measurements of OneLab equipment. To carry out this experiment, we have developed a Multi-layer Traffic Engineering manager and an implementation of the Path Computation Element Protocol to solve the lack of a control plane in IP oriented networks. This work shows the feasibility of multi-layer techniques as a convenient solution for network operators and it validates our Path Computation Element implementation.
机译:本文介绍了使用FEDERICA,PASITO和OneLab项目提供的网络基础结构实现多层技术的方法。 FEDERICA项目基于网络和计算资源中的虚拟化功能,提供了一个网络基础结构,可创建定制的虚拟环境。 PASITO是连接西班牙大学和研究中心的第2层网络。 OneLab测量工具可进行高精度的有源网络测量。多亏了FEDERICA和PASITO,我们才有了多层架构,可根据OneLab设备的测量结果对流量进行路由。为了进行此实验,我们开发了多层流量工程管理器和路径计算元素协议的实现,以解决面向IP的网络中缺少控制平面的问题。这项工作显示了多层技术作为网络运营商便捷解决方案的可行性,并验证了我们的路径计算元素的实现。

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