A Study on the Impact of Uniaxial Vibration on the Perception of Visual Warning Information

The effectiveness of visual warning information is crucial in vibrating environments. This study explores the impact of different flashing frequencies on the perception of visual warning information in such environments, aiming to provide guidance for selecting an appropriate flashing frequency for visual warnings in vibration settings. Through an experiment involving individuals interacting with electronic interfaces under vibrating conditions, with relative vibration frequency, flashing frequency of visual warning information, and task complexity as variables, this study conducts an in-depth investigation of how uniaxial vibration (vertical vibration) affects individuals' visual perception.