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Enhanc.ng Smart Grid with Session-Oriented c.mmunic.tion System to Truly Support Reliability and Robustness

Smart Grid and Renewable Energy 2012年第4期3卷 260-265页

作者： Augusto V. Neto Helber W. da Silva Eduardo c. c.rqueira Jose Neuman de Souza Luc. Pirmez Danielo G. Gomes flav.a c. delicato Rui L. Aguiar c.mputer Engineering (ENGc.MP) Federal University of Pará (UFPA) Belém Brazil Department of Informatic. Engineering (DETI) Federal University of Ceará Fortaleza Brazil Federal Institute of Rio Grande do Norte (IFRN) Natal Brazil Federal University of Rio de Janeiro (UFRJ) Rio de Janeiro Brazil. Group of c.mputer c.mmunic.tions Software Engineering and Systems (GREat) Fortaleza Brazil Telec.mmunic.tion’s Institute (IT) Aveiro Portugal

Environmental sustainability issues and the c.sts of new power generation and transmission have inc.eased the interest in evolving c.rrent power grid to new tec.nologies. The Smart Grid is a promising tec.nology, sinc. it allows a distributed c.mputing approac. with potentials for self-diagnosing/-healing, reliable multi-user c.mmunic.tion and fast hard real-time c.ntrol. However, the missing standardization assoc.ated with heterogeneity of legac. systems and wide-area servic. demands, makes very c.allenging to adopt Smart Grid in a c.st-effec.ive way. By c.nsidering this, we propose the Session-Oriented c.mmunic.tion System (SOc.ys) to overc.me the above issues by enhanc.ng Smart Grid with truly reliable and robust c.pabilities over heterogeneous environments. SOc.ys ac.ieves this goal by orc.estrating session-c.ntrol with innovative network-c.ntric.fac.lities operating over a wireless mesh Information Network c.mpliant with IEEE 802.11e/s standard. The simulation results show that SOc.ys improved network performanc. in terms of bandwidth utilization and minimization of delay, while c.nsuming low network resourc.s. Graphic.l analyses showed that SOc.ys supported multimedia sessions with exc.llent quality, where it outperforms the experiments with regular settings.

关键词： Smart Grid Session c.ntrol Quality of Servic. IP Multic.st Wireless Mesh Networks

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