Combined ergonomics evaluation based on touch HMI of airborne-mission-system

In response to the current airborne mission system human machine interface (HMI) for the first time with the touch interface, an ergonomics experiment was carried out based on the technology of multi-dimensional and multi-index joint ergonomics evaluation. The purpose of this paper was to overcome the shortcomings in the design of the human machine interface of the airborne mission system by the new interface design method in line with the current software and hardware developing trends. And, the evaluation methods and indicators including performance, subjective evaluation, and eye tracking were comprehensively used. The evaluation of the operator’s workload under different interfaces and tasks was realized. Meanwhile, a certain reference for the theory and engineering application of the aircraft human machine interface optimization was provided.