面向广域电力光网络业务的信令优化研究

Research on Signaling Optimization for Wide-area Power Optical Network Service

为了提高广域电力光网络业务信令传输能力,提出基于信道均衡控制的广域电力光网络业务的信令优化传输控制技术。采用自适应调频控制的方法,设计广域电力光网络的输出信令传输编码,构建广域电力光网络的信令传输参数测量模型。通过信道畸变补偿方法实现广域电力光网络信道分配过程中的特征监测和模糊均衡调节。通过空间链路均衡调度,实现广域电力光网络的业务信道扩频处理,提高信令优化分配能力。仿真结果表明,所提方法下广域电力光网络的信令传输均衡性较好,信道空间自动化匹配能力较强,降低了广域电力光网络业务的信令传输误码率和时延。

In order to improve the signaling transmission capability of wide-area power optical network(WOPN)service,a signaling optimal control technique based on channel equalization control is proposed.The output signal transmission code of WOPN is designed by adaptive frequency modulation control,and the signal transmission parameter measurement model of WOPN is constructed.The channel distortion compensation method is used to realize the characteristic monitoring and fuzzy equalization regulation in the channel allocation process of WOPN.Through space link equalization scheduling,the service channel spread spectrum processing of WOPN is realized,and the signaling optimal allocation ability is improved.The simulation results show that the proposed method has good signaling transmission balance and strong channel space automatic matching ability,and reduces the bit error rate and delay of signaling transmission in the WLAN service.