基于光带装置的生物群落传递算法在无线传感器网络定位中的应用研究

Research on Application of Biological Community Transfer Algorithm Based on Optical Stripe Device in Wireless Sensor Network Positioning

分析基于光带装置的生物群落传递算法在无线传感器网络定位中的应用,广泛介绍无线传感器网络的应用范围.基于光带装置的生物群落传递算法是通过利用光能定位,通过架设无线传感网络的未知节点的模型,以生物群落传递算法求得模型中误差最小的最优数据,得到节点的最优位置,达到高精度的定位,并使无线传感网络可以适应各种模式的定位操作.介绍采用生物群落传递算法的优点,以及采用生物群落传递算法的无线传感网络的特性,综合介绍该无线传感网络节点的定位、基站定位和路由型号选择,肯定生物群落传递算法在装有光带装置的无线传感网络中应用的可行性,研究表明采用生物群落传递算法的无线传感网络未知节点定位准确度高.

In this paper,the application of the biological community transfer algorithm based on optical stripe device in the positioning of wireless sensor networks is analyzed,and the application scope of wireless sensor networks is introduced. The biological community transfer algorithm based on the optical strip device is to obtain the optimal data of the smallest error in the model by using the optical energy positioning,by setting up an unknown node model of the wireless sensor network,and using the biological community transfer algorithm to obtain the optimal node data. Location,high-precision positioning,and wireless sensor network can adapt to various modes of positioning operations. the advantages of adopting the biological community transfer algorithm and the characteristics of the wireless sensor network adopting the biological community transfer algorithm are introduced. The positioning of the wireless sensor network node,the positioning of the base station are introduced,and the routing model selection which affirms the biological community transfer algorithm is installed with light. The feasibility of the application of the wireless sensor network with a device,the research shows that the wireless sensor network using the biological community transfer algorithm has a high accuracy of the positioning of unknown nodes.