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Experimenting adaptive services in sea-cloud innovation environment

机译:海云创新环境实验自适应服务

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Most of existing network testbeds can only support the experimentation of L2∼L4 forwarding protocols, leaving the evaluation of L4∼L7 applications still a tremendous challenge. This paper pioneers to present the design of sea-cloud innovation environment (SCIE) based on the software defined networking (SDN) and network functions virtualization (NFV) paradigms to support adaptive service-oriented experimentation, where the virtualized network functions (VNFs) can be implemented or de-implemented dynamically on network devices according to on-demand requirements. The experimentation is running to form an adaptive chain of network functions, which can be achieved by the protocol oblivious forwarding (POF) via user-defined fields and generic flow instruction set to forward the data to appropriate devices with VNFs. In SCIE, we demonstrate the experimentation of DPI service with on-demand requirement of security check.
机译:大多数现有网络测试平台只能支持L2 ~L4转发协议的实验,留下L4~L7应用的评估仍然是一个巨大的挑战。本文的先驱基于软件定义的网络(SDN)和网络功能虚拟化(NFV)范式来展示海云创新环境(SCIE)的设计,以支持适应性面向服务的实验,其中虚拟化网络功能(VNFS)可以根据按需要求在网络设备上动态实施或执行。实验正在运行以形成网络功能的自适应链,该网络功能可以通过用户定义的字段和通用流程指令设置为将数据转发到具有VNF的适当设备的协议令人沮丧的转发(POF)来实现。在SCIE中,我们展示了DPI服务的实验,随需按需要求进行安全检查。

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