论文部分内容阅读
为了实现远距离传输,获取更高通信质量,提高通信的可靠性和抗毁性,提出了一种适合10kV电力线载波通信的改进动态路由自动组网算法,其以通信质量最优化理论和非交叠分簇路由算法为基础,并结合相应通信协议实现自动组网的目的。该算法以10kV电力通信网中的主站和子站终端为网络节点,按照通信方式进行逻辑分层,建立初始路由表,并对路由表进行基于通信质量的优化、更新及重构策略设定。在MATLAB环境下对该算法进行了模拟仿真,分析了通信质量和耗时。仿真实验证明,该算法能够实现中压电力线载波通信的自动组网,有效提高网络的可靠性和抗毁性。
In order to achieve long-distance transmission, obtain higher communication quality, and improve the reliability and survivability of communication, an improved dynamic routing automatic networking algorithm suitable for 10kV power line carrier communication is proposed, which is based on the theory of communication quality optimization and non- Stacking clustering routing algorithm based on the corresponding communication protocol with the purpose of automatic networking. The algorithm takes the primary station and the substation terminal in the 10kV power communication network as network nodes, and carries out logical layering according to the communication mode, establishes initial routing table, and optimizes, updates and reconfigures the routing table based on communication quality. The algorithm is simulated in MATLAB environment, and the communication quality and time-consuming are analyzed. The simulation results show that the algorithm can realize automatic networking of medium voltage power line carrier communication and effectively improve the reliability and survivability of the network.