Optimization of the position layout of in-vehicle central information display based on genetic algorithm

Abstract

In-vehicle central information display (CID) has become an essential part in the cockpit. It is of great theoretical significance and application value to optimize the position layout of CID, which help to improve driving safety and operating comfort. In this paper, the ergonomics experiment is designed and the driving simulation test method is used for the experiment. Based on the collected data for genetic algorithm, the fitness function is set, and the process of gene selection, crossover and mutation is simulated to obtain the optimized coordinates of the position layout of the central control screen. According to the results of optimization, ergonomics experiments are carried out again to verify the reliability of the optimization results. This paper has guiding significance for the development of digitalization in the cockpit.