Application interface structure research based on touch screen

As a new type of computer input device, touch screen provides a simple and natural human-computer interaction. But because the area of finger tapping the screen is larger, the touch screen is more likely lead to faulty operation than mouse. To solve this problem, this study selects the touch screen interface structures as the study object, combines with the application types, and explores the reasonable interface structures of the touch interface, in order to meet the user's precise operation of the touch interface. The final purpose of the article is to propose a set of interface structure choice norms for touch screen, so that the touch screen products have a better user experience. Research analyzes the users' eye movement rules by eye movement experiments, then carries on the data analysis, and further explores the application scenarios and interactive operation characteristics of interface, which is conducive to improve the interaction efficiency of touch-screen devices. The result of this study summarizes the advantages and disadvantages of the 6 frameworks, and their corresponding application types, so as to obtain a complete set of rules for the selection of the interface structure. This is conducive to improve the current situation of more and more touch screen design chaos, providing some help and guidance for the development of application.