Electric Automation Control System Based on Improved KMP Algorithm

Abstract

AbstractElectrical automation technology is a comprehensive technology that optimizes the production process through computers, information technology and control theory, and realizes the improvement of production efficiency. Hardware automation system and software system are the prerequisites for realizing electrical automation technology. In addition to the hardware part of this platform, electrical automation systems are also used in it. Man-machine interface refers to industrial control computers and operating screens. Touch screens are widely used devices in recent years. They have the characteristics of instant information interaction, easy operation, and high reliability, and are widely used in the field of industrial control. The advantage of this automatic control function is that it is separated from the traditional manual control pendulum, which greatly reduces the cost of supervision and improves the quality of supervision at the same time. From this perspective, the study of electrical automation control systems based on computer algorithms has certain practical significance. The purpose of this paper is to study the electrical automation control system based on the improved KMP algorithm. For electrical automation control systems, the kmp mode distribution algorithm is used on the basis of the bf mode distribution algorithm, and the kmp algorithm is further improved on the basis of the kmp mode distribution algorithm. In practical applications, the feasibility of the improved kmp algorithm is studied. The PID control model algorithm and the improved kmp algorithm control experiment verify the efficiency and practicability of the improved kmp calculation and transmission, and the experimental results are in line with expectations. The experimental results show that the improved algorithm proposed in this paper is based on the kmp algorithm, and the error does not exceed 0.1 in actual experiments compared with the experimental results of the standard control group, which proves that the algorithm is feasible in practical applications.KeywordsKmp algorithmAutomation controlElectrical systemComputer control system