摘要
为提高电力系统无线激光通信网络的数据传输质量、降低路由能量开销,提出基于云计算技术的电力系统无线激光通信网络路由算法研究。在云计算的框架下,构建一种节点间的能量消耗模型,基于云计算技术强大的运算能力,确定激光通信网络内有效的通信距离和节点位置;分析节点间的数据传输速率,预估激光通信网络中最优的总跳数,并选定能耗最低的后续节点,组成整条路径。仿真实验结果证明,提出的路由算法设计能够有效提高通信网络的数据传输质量、缓解网络时延,同时还可以降低节点能耗、延长无线激光通信网络的使用寿命。
To improve the quality of electric power system of wireless laser communication network data transmission,to reduce the routing overhead energy,put forward the electric power system based on cloud computing technology of wireless laser communication network routing algorithms. In the framework of cloud computing,build a model of energy consumption between nodes,powerful operation ability,based on cloud computing technology to determine valid for laser communication network communication distance and node location; Analysis data transfer rate between nodes, forecast the optimal laser communication network to the total number of jump,and subsequent nodes selected minimum energy consumption,form the whole path. Simulation experimental results show that the proposed routing algorithm design can effectively improve the quality of data transmission in the communication network,alleviate the network time delay,at the same time also can reduce energy consumption of nodes and prolong the life of wireless laser communication network.
出处
《科技通报》
2018年第4期166-169,共4页
Bulletin of Science and Technology
基金
国家级基金:电力电子器件的电极接触特性的研究(58870303)
关键词
云计算技术
电力系统
无线激光通信网络
节点能耗
路由算法
cloud computing technology
power system
wireless laser communication network
the node energy consumption
routing algorithm
