Service Priority based Reliable Routing Path Select Method in Smart Grid Communication Network
The new challenges and schemes for the Smart Grid require high
reliable transmission technologiesto support various types of
electrical services and applications. This paper concentrates the
degree of importance of services and tries to allocate more
important service to more reliable network routing path to
deliver the key instructions in the Smart Grid communication
networks. Pareto probability distribution is used to weight the
reliability of IP-based router path. In order to definition the
relationship of service and reliability of router path, we devise a
mapping and optimal function is presented to access. An optimal
method is used for adapting to find the appropriate value to
match the objective function. Finally, we validate the proposed
algorithms by experiments. The simulation results show that the
proposed algorithm outperforms the random routing algorithms.
Keywords: Smart Grid communication, optimization, information entropy, pareto distribution
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ABOUT THE AUTHORS
Kaixuan Wang
Beijing University of Posts and Telecommunications
Xuesong Qiu
Beijing University of Posts and Telecommunications
Zhipeng Gao
Beijing University of Posts and Telecommunications
Kaixuan Wang
Beijing University of Posts and Telecommunications
Xuesong Qiu
Beijing University of Posts and Telecommunications
Zhipeng Gao
Beijing University of Posts and Telecommunications