摘要
为了提高无线传感网络分簇节点节能传输控制能力,提出基于最优节能控制的无线传感网络分簇节点节能传输实验模拟分析方法.构建无线传感网络分簇节点优化部署模型,建立路由均衡控制下的无线传感网络分簇节点节能传输低能耗调度信道模型,采用自适应均衡的路由转发控制协议实现无线传感网络分簇节点节能路由探测协议设计,提取无线传感网络节点传输的相干性特征值,结合模糊特征提取方法进行无线传感网络分簇节点节能传输过程中的最优特征量提取,实现网络分簇节点节能传输的优化控制和自适应均衡调度.仿真结果表明,采用该方法进行网络分簇节点节能传输的自适应能量均衡性较好,数据转发的成功率较高,具有很好的节点数据收发控制和节能传输能力.
In order to improve the energy saving transmission control ability of clustering nodes in wireless sensor networks,an experimental simulation and analysis method for energy saving transmission of clustering nodes in wireless sensor networks based on optimal energy saving control is proposed.The optimal deployment model of wireless sensor network clustering nodes is constructed,and the energy saving transmission and low energy consumption scheduling channel model of wireless sensor network clustering nodes under routing equilibrium control is constructed.the energy savin g routing detection protocol of wireless sensor network clustering nodes is designed by using adaptive balanced routing forwarding control protocol,and the coherent eigenvalues of wireless sensor network nodes are extracted.Combined with fuzzy feature extraction method,the optimal feature quantity is extracted in the process of energy saving transmission of clustering nodes in wireless sensor networks,and the optimal control and adaptive equilibrium scheduling of energy saving transmission of cluster nodes in wireless sensor networks are realized.The simulation results show that the adaptive energy balance of energy saving transmission of network clustering nodes is good,the success rate of data forwarding is high,and it has good ability of node data receiving and receiving control and energy saving transmission.
作者
徐玮玮
XU Weiwei(Department of Training Laboratory and Equipment Management,Xuzhou University of Technology,Xuzhou 221000,China)
出处
《太原师范学院学报（自然科学版）》
2019年第3期34-39,共6页
Journal of Taiyuan Normal University:Natural Science Edition
基金
江苏省高校实验室研究会课题,信息化背景下应用型本科院校实验室安全体系建设与实践(GS2017BZZ11)
关键词
无线传感网络
分簇节点
节能
传输
实验模拟
wireless sensor network
clustering node
energy saving
transmission
experimental simulation
