SUBJECTIVE EVALUATION ON HUMAN-MACHINE-ENVIRONMENT SYSTEM OF AUTOMOTIVE DRIVING SIMULATION EXPERIMENT PLATFORM

摘要

Based on the automotive theory, ergonomics and virtual reality technology, the ergonomics parameters of the automotive driving simulation experiment platform can be tested and evaluated. The road traffic scene is established by simulation software and the driver volunteers are chosen to participate in the experiments. On the basis of ergonomics theory, a subjective evaluation system on perception effects was established to assess the driving system, motion system and media system of the platform. Further more, by the evaluation system, when the simulation experiments were executed, some performance for driver such as comfort, visibility and motion perception can be evaluated, and the acoustic environment, light environment and vibration environment can be contrasted with the real automotive environment. Through evaluation, some existing problem of the platform can be discovered. The research conclusion can provide some useful reference for the interface and environment setup of experiment platform to improve the reality sense and reduce the dizzy sense, and promote the application of the experiment platform in the research work of accident reconstruction and driver performance.