Multi-modal perception immersive driving simulation system and method for human factors analysis and evaluation

Abstract

The application discloses a kind of multi-modal perception immersive driving simulation systems and methods for human factor analysis and evaluation, it is related to simulation driving, virtual reality and human factor engineering experimental technical field.The system includes: multi-modal perception module, for responsible synchronous acquisition driver's operation signal, multidimensional physiological signal, eye movement behavior and body posture data;Flexible cockpit module, for through full adjustable seat and modular control layout, provide natural operation posture for driver in line with human factor ergonomics, guarantee data purity from source;Central control and evaluation module, for receiving and fusing all perception data, the human factor state of driver is calculated in real time by built-in algorithm model, and control instruction is generated;Multi-sensory feedback execution module, according to the above instruction, six degrees of freedom motion platform, visual system and force feedback device are driven in coordination, and immersive feedback matching driving situation is generated.The system has higher immersion and can improve training quality.

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