Abstract
With the innovation of automotive hardware and software technology, the application of touch screens and automotive steering wheels has become a new human-computer interaction design trend. The purpose of this research is to improve the driver’s experience when using the steering wheel touch screen interface and optimize the steering wheel. The safety, rationality and completeness of the touch screen interaction design. The method of this research is to find the driver’s needs when using the steering wheel, filter out various demand research samples, and perform qualitative analysis and quantitative statistics on each demand through the Kano model, thereby constructing the driver’s use of the steering wheel. Based on the user satisfaction index coefficient, the demand hierarchy tower when the driver uses the steering wheel is constructed. Through the sensitivity calculation, the importance ranking of each demand is finally obtained, and the design is carried out based on this.
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