Railway Signal Testing System on Account of Differential Evolution Approach
Railway signal is a system whole composed of several railway components. At present, the test results of traditional simulation testing tools are usually characterized by poor versatility and low test inefficiency. The purpose of this paper is to improve the performance of railway signal testing system. The research method is to use differential evolution approach to improve the railway signal testing system. The innovation of the improved scheme proposed in this paper is to add the processing module of differential evolution approach to the traditional test system, which improves the test performance of the system fundamentally. Through the differential evolution approach processing of the collected railway signals, the clarity and accuracy of railway signals are improved, so as to enhance the acquisition of railway signals by the test system and fundamentally improve the test accuracy. This article studies the railway signal test system based on differential evolution approach, expounds the basic principle of railway signal test system and related content, analyzes the improvements of innovations, which add to the traditional system of differential evolution approach and improves railway signal test accuracy. The innovation of this scheme is conducive to the fundamental improvement of the railway signal testing system. The railway signal test system based on differential evolution approach has excellent results in the railway signal test.