Research on the Application of Eye Control Technology in Cockpit Vibration Environment

The aim of this study is to simulate the cockpit vibration environment and explore the impact of vibration amplitude on the range of eye control errors under the fixed point task paradigm. Through experimental research, it was found that as the vibration amplitude increases, the range of eye control error increases; When the target gaze time is 0.5 s, the range of eye control error is the largest; The range of eye control error varies among different characters, and as the graphic area increases, the range of eye control error decreases. Therefore, when using eye control interaction design in fighter cockpit, the influence of vibration amplitude should be considered, and the optimal time for staring at the target should be set to 0.5 s, and the effective eye control range should be set according to the character size. The research results can provide reference suggestions for the application of eye controlled human–machine interaction in the vibration environment of fighter cockpit.