计算机通信及网络远程控制技术的应用与可靠性提升

Application and reliability improvement of computer communication and network remote control technology

为提高计算机通信及网络远程控制的可靠性,针对计算机网络远程通信存在信道失稳的问题,提出一种基于自适应波特间隔均衡控制的计算机通信及网络远程控制技术,构建计算机网络通信的最佳信道模型,采用双边加权滤波方法进行计算网络通信信道的电磁干扰抑制,采用最小均方误差准确进行波特间隔均衡控制,在信道调制过程中通过抽头系数自适应调节方法进行信道误差补偿,提高网络远程通信控制的稳定性和信道传输的均衡性。仿真结果表明,采用该方法进行计算机通信及网络远程控制的稳定性较好,输出误码较低,提高计算机网络远程控制性能。

In order to improve the reliability of computer communication and network remote control, there is a problem of channel instability in computer network remote communication. A computer communication and network remote control technology based on adaptive Porter interval equalization control is proposed to construct the optimal channel model of computer network communication. The two-sided weighted filtering method is used to suppress the electromagnetic interference of the network communication channel, and the minimum mean square error is used to accurately control the baud interval equalization. In the process of channel modulation, the channel error is compensated by taps coefficient adaptive adjustment method, which improves the stability of the network remote communication control and the equalization of the channel transmission. The simulation results show that, Using this method, the stability of computer communication and network remote control is better, the output error code is lower, and the performance of computer network remote control is improved.