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Sustainable massive data dissemination by using software defined connectivity approach

机译:使用软件定义的连接方法可持续地进行海量数据分发

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The traditional world has transformed into a digital society where almost anything can be accessed from anywhere. However, this digital society is responsible for an explosive growth of high-volume, high-velocity and high-variety information assets, with high demand for “Big Data”. A Software Defined Connectivity (SDC) is an emerging paradigm, which promises to simplify network management, to provide the flexibility to program the network through centralized network control by providing new abstractions in networking with all real objects for reliable and energy efficient data transmission. In a SDC architecture, the connectivity controller decides the forwarding rules as per the demands and objectives of users when transmitting information to the intended destination through either internet or existing transport infrastructure. The key idea is to have flexibility in the network to utilize existing transport infrastructure to shift traffic from the internet towards public bus services as per the current users requirements. The numerical studies reported in this paper confirm that this new opportunity helps to achieve efficient resource utilization and high performance with significant savings of energy.
机译:传统世界已转变为数字社会,几乎可以从任何地方访问任何东西。然而,这个数字社会导致了高容量,高速度和高多样性信息资产的爆炸性增长,对“大数据”的需求也很高。软件定义的连接(SDC)是新兴的范例,它有望简化网络管理,并通过在与所有实际对象的联网中提供新的抽象来提供可靠和节能的数据传输,从而通过集中式网络控制来灵活地对网络进行编程。在SDC体系结构中,当通过Internet或现有的传输基础结构将信息传输到预期的目的地时,连接控制器会根据用户的需求和目标来决定转发规则。关键思想是在网络中具有灵活性,以根据当前用户的需求,利用现有的传输基础结构将流量从Internet转移到公共巴士服务。本文报道的数值研究证实,这一新机会有助于在节省大量能源的情况下实现有效的资源利用和高性能。

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