电力通信网络传输阶段的路由缺乏对链路节点状态的分析,导致传输数据的投递率较低,因此提出基于无线自组网按需平面距离矢量路由(Ad hoc On-Demand Distance Vector Routing,AODV)协议的电力通信网络拥塞安全控制研究.通过构建AODV协议节点筛选机制,从位置维度初次筛选出满足通信传输范围的节点,从速度维度二次筛选出性能满足传输需求的节点,从方向维度确定与电力通信传输方向一致的节点集合.以负载均衡为目标函数,建立AODV协议的响应链路.经过实际测试,与对照组相比,发包速率并未对文章设计方法的投递率造成显著影响,具体的投递率始终在95%以上,在稳定性和有效性方面具有显著优势.
Research on Security Control of Power Communication Network Congestion Based on AODV Protocol
The routing in the transmission stage of power communication network lacks the analysis of link node status,which leads to the low delivery rate of transmission data.Therefore,the research on congestion security control of power communication network based on Ad hoc On-Demand Distance Vector Routing(AODV)protocol is proposed.By constructing the AODV protocol node screening mechanism,the nodes that meet the communication transmission range are screened out from the position dimension for the first time,the nodes whose performance meets the transmission requirements are screened out from the speed dimension for the second time,and the node set consistent with the transmission direction of electric power communication is determined from the direction dimension.The response link of AODV protocol is established with load balancing as the objective function.After practical testing,compared with the control group,the contracting rate has no significant impact on the delivery rate of the article design method,and the specific delivery rate is always above 95%,which has significant advantages in stability and effectiveness.
Ad hoc On-Demand Distance Vector Routing(AODV)network congestionsecurity controlnode screeningload balancing
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