混合SDN和CCN实现以内容为中心的Qos感知智能电网架构

Nour El Houda Ben Youssef, Yosra Barouni, Sofiane Khalfallah, J. Slama, K. Driss
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引用次数: 6

摘要

为新型电力系统提供量身定制的通信架构是保证智能电网性能的关键因素。在众多需求中,服务质量感知是智能电网通信系统的一个相关特征。实际上,为了确保智能电网服务,需要交换各种数据流,这些数据流具有不同的弹性、带宽和延迟阈值。因此,提出一种具有服务质量意识的智能电网通信体系结构是当前研究工作的主要思想。我们打算利用新兴的以内容为中心和软件定义的网络,其原则与智能电网通信系统的需求高度一致。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mixing SDN and CCN for content-centric Qos aware smart grid architecture
Providing the new power system with well-tailored communication architecture is a key factor to guarantee expected smart grid capabilities. Among many requirements, quality of service awareness is a relevant feature for the smart grid communication system. Indeed, various data flows are to be exchanged in order to ensure smart grid services, having each different resilience, bandwidth and latency thresholds. Proposing a communication architecture that is inherently quality of service aware for smart grids is, then, the main idea of the present research work. We intend to take advantage of emerging content-centric and software-defined networks whose principles are highly aligned with the smart grid communication system needs.
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