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Resources Optimization in ICNs through Distributed Cache Using Software Defined Networking – SDN

机译:通过使用软件定义的网络通过分布式缓存进行ICN的资源优化 - SDN

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The reduction of the traffic of the network segment by the implementation of caches has been researching object by the exponential increase of data requests through the network. Even though we have high-speed connections, the conventional model still depends on end-to-end communication for established the exchange between two end systems. According to Cisco Virtual Networking Index (VNI), its estimated that by 2021 we will have around 4.6 billion Internet users, with 27.1 billion connected devices and connections. Information Centric Networks (ICN) has been widely discussed as the new content distribution model for the Future of the Internet alongside this the paradigm research of Software Defined Networks (SDN) proposes the flexibility in the development of content networks. Therefore, an architecture for ICN networks orchestrated through SDN is proposed focusing on the use of redundant caching to reduce network degradation caused by the replication of data in the same segment.
机译:通过通过网络的数据请求的指数增加,通过实现缓存来减少网络段的流量一直在研究对象。即使我们具有高速连接,传统模型仍然依赖于在两个最终系统之间建立交换的端到端通信。根据思科虚拟网络索引(VNI),其估计,到2021年,我们将拥有约46亿互联网用户,其中有271亿连接的设备和连接。信息中心网络(ICN)已被广泛讨论作为互联网未来的新内容分发模型,以及软件定义网络(SDN)的范式研究提出了内容网络开发的灵活性。因此,提出了通过SDN策划的ICN网络的架构,其专注于使用冗余缓存来减少由同一段中的数据的复制引起的网络劣化。

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