The fast growth of Internet-connected embedded devices demands for new capabilities at the network edge. These new capabilities are local processing, efficient communications, and resource virtualization. The current work aims to address these capabilities by designing and deploying a new management proposal, which offers on-demand activation of offline Internet of Things (IoT) fog computing assets via a Software Defined Networking (SDN) based solution combined with containerization and sensor virtualization. We propose a testbed as a proof of concept for the main functionalities of this novel solution. The obtained results evidence that the current SDN-based solution can deploy with success activation policies on computational edge containers, which are located within the same network domain of the SDN controller. In addition, different application-level scenarios are also investigated.
翻译：互联网连接的嵌入设备在网络边缘对新能力的需求迅速增长。 这些新能力是本地处理、高效通信和资源虚拟化。 目前的工作旨在通过设计和部署新的管理提案来解决这些能力问题。 新的管理提案通过一个基于软件定义网络(SDN)的解决方案以及集装箱化和感应虚拟化,提供点燃非线性Times(IoT)雾雾)计算资产。 我们提出一个测试床作为这个新解决方案主要功能的概念的证明。 获得的结果证据表明,目前基于SDN的解决方案能够成功地在计算边缘集装箱上部署启动政策,而计算边缘集装箱位于SDN控制器的同一网络范围内。 此外,还调查了不同的应用级别情景。
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