Fault Intelligent Processing Method for Data Transmission Channel of Maritime Communication

In order to improve the transmission quality of big data in ship communication information transmission channel, an intelligent control algorithm of ship communication information transmission channel based on fractional interval equalization control is proposed. The optimization scheme of big data transmission channel for ship communication information transmission based on big data's analysis is designed. The big data transmission channel model of ship communication information transmission channel is constructed, and the multi-path characteristics of big data transmission channel for ship communication information transmission channel are analyzed. Using symbol modulation and demodulation and fractional interval equalization technology, the channel equalization design of big data transmission channel for ship communication information transmission is carried out. The method of radio frequency identification fusion tracking is used to design the modulation and demodulation algorithm of the ship communication information transmission channel big data. According to the electromagnetic field interference intensity transmitted by big data, the matching filtering control is carried out. By using the frequency domain characteristic of the ship communication information transmission channel big data to carry on the multi-path expansion realizes the vessel communication information transmission channel big data transmission optimization design completes the ship communication information transmission channel intelligence control. The simulation results show that this method can effectively reduce the bit error rate of data transmission, and the intelligent control performance of ship communication information transmission channel is better than that of big data transmission channel. Improve the quality of ship communication information transmission channel big data transmission.