Abstract

Sebastian Meiling, Till Steinbach, Thomas C. Schmidt, Matthias Wählisch,
A Scalable Communication Infrastructure for Smart Grid Applications using Multicast over Public Networks,
In: Proc. of ACM Symposium on Applied Computing (SAC'13), Poster Session, ACM : New York, March 2013.
[pdf][BibTeX][Abstract]

Abstract: The transition to regenerative energy resources paves the path from a small number of large power plants to a grid of highly distributed, heterogeneous small generators. To establish a Smart Grid it requires a scalable machine-to-machine communication that allows to control and coordinate millions of energy producing and consuming devices. In this work we contribute a future deployment concept of a scalable communication infrastructure for Smart Grids. Our proposal is based on group communication utilizing hybrid multicast over public networks. We show by real-world measurements that our approach achieves high scalability while also limiting end-to-end communication delay.

Themes: Mobile Multicast , Internet Measurement and Analysis , Smart Grid

 


This page generated by bibTOhtml on Sun 16 Feb 00:05:04 CET 2020