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Fuzzy Approach to Controller Placement Problem: Fuzzy Controller (FC)

机译:控制器布置问题的模糊方法:模糊控制器(FC)

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Software Defined Networks provide separation of data and control plane and reduce management complexity of the entire network. The customized centralized controller that is flexible and programmable is responsible for dynamic and efficient network management. With the increase in a number of managed switches and traffic flows, the scalability of such controller is questionable in large-scale networks. A number of approaches proposed distributed architecture for the controller. This paper advocates the use of multiple controllers to resolve the performance bottleneck but emphasizes on the selection of right design parameters for controllers. We propose a novel idea of using soft computing for making the decisions regarding the architectural issues of the controller. We provide a model based on Fuzzy Logic using network traffic pattern information in addition to other parameters to provide architectural design options for the controller for effective and dynamic network management.
机译:软件定义的网络提供了数据和控制平面的分离,并降低了整个网络的管理复杂性。灵活,可编程的定制中央控制器负责动态和高效的网络管理。随着受管理的交换机和业务流数量的增加,这种控制器的可扩展性在大规模网络中值得怀疑。提出了许多方法用于控制器的分布式架构。本文提倡使用多个控制器来解决性能瓶颈,但重点是为控制器选择正确的设计参数。我们提出了一种使用软计算来做出有关控制器体系结构问题的决策的新颖想法。除了其他参数外,我们还提供了基于模糊逻辑的模型,该模型使用网络流量模式信息来为控制器提供体系结构设计选项,以进行有效的动态网络管理。

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