After realized these methods characteristics and limitations, line of research is determined by considering characteristics of network topology. Secondly, a static node localization algorithm is studied in this paper. 在深入剖析了各研究方法特点和局限性的基础上,结合网络拓扑结构特点指出了亟待解决的问题,确定了本文的研究路线。其次,本文对静态节点(SN)定位算法进行了研究。
For the static node localization aspect, the paper has studied based on the localization mechanism, which focuses on studying the DV-Hop node localization algorithm, the proposed algorithm through a few anchor nodes that most dynamic refresh backlog a node implementation positioning. 对于静态节点(SN)定位方面,论文研究了基于多跳的定位机制,重点研究了DV-Hop节点定位算法,该算法通过少数锚节点的动态刷新使多数待定位节点实施定位。
Some typical localization algorithm is analyzed, including static node localization algorithm with mobile node localization algorithm. Secondly, based on RSSI localization algorithm and genetic algorithm are discussed in detail. 首先,本文研究了无线传感器网络,节点定位的基本知识和一些典型的定位算法,包括静止节点定位算法与移动节点定位算法。
The static emulation node pressure method of the pipeline network, the principle of dynamic emulation characteristic method and the method of setting up emulation system model are discussed. 讨论了天然气管网静态仿真节点压力法和动态仿真特征线法的原理和仿真系统模型的建立方法。
Calculation of Available Transfer Capability Considering Static Security and Saddle Node Bifurcation Stability 考虑静态安全性和鞍结分岔稳定性的ATC的计算