一种用于电力通信的自适应Adhoc协议

针对电网通信的智能化监测应用需要,提出了一种用于电力通信的Adhoc自适应预约按需传输多址接入协议,该协议在接入阶段可以根据业务量动态调整接入策略;在传输阶段可以无冲突的发送分组.针对该协议的吞吐量和平均时延性能进行了仿真分析.分析结果表明：协议能提高信道利用率、降低接入时延,可用于现代电力通信网络,以上研究结果对Adhoe在电力通信的工程中应用有较好参考意义.

An adaptive Adhoc protocol used for electric power communications

It details an adaptive reservation on- demand transmission multi access protocol of Adhoc based on the application needs of intelligent monitoring of electric power communication. The protocol can dynamically change the access business according to the traffic in the access stage; can send packets without conflict in the transmission stage. The performance of throughput and average time delay were analyzed in the simulation. The results show that the protocol can improve the channel utilization rate, reduce access latency and can be used in the modern electric power communication networks. The result of the research can be good reference to elec- tric power communication engineering .