Form design in interface of display and control system based on visual search

Abstract

To explore the design pattern and guidelines for the forms displayed on the interfaces, we studied the factors of form design from the perspective of ergonomics. These factors include orientation (horizontal, vertical), color grouping and color combination. In combination with the analysis and conclusion of the experimental data, we proposed some design guidelines for human-computer interface that has many forms, such as weapon command and control system. A visual searching program was designed to simulate the display interface. Reaction time and accuracy are recorded by orthogonal experiment. Analyses such as double factor variance analysis, simple main effect are conducted on the experimental data. The following conclusions are obtained: two-color form has a faster reaction time than single color form; reaction time of the horizontal form is shorter than the vertical form. Color combination has significant influence on accuracy, and the blue-green is suiTable for form design; color grouping has significant influence on reaction time and accuracy; the interaction of color grouping and color combination shows significant differences. When designing forms in display interface, we should choose the horizontal layout with sparse coloring density as much as possible, and the effect of color combination on the recognition efficiency should be considered.

Application of Big Data Clustering and Visual Communication in Business Website Interface Design

“…In visual design, if the highest signal-to-noise ratio is maintained to show information, the usability of the interface can be enhanced. In other words, it is necessary to remove these minor or interfering design Iterative index e algorithm in literature [16] e algorithm in literature [18] Algorithm in this paper The algorithm in literature [11] The algorithm in literature [16] The algorithm in literature [18] Algorithm in this paper elements without affecting the function, so as to improve the signal-to-noise ratio. Image quality evaluation results are shown in Figure 7.…”

“…Na et al took the visual design of the e-business website as the research object, analyzed the visual design elements of the e-business website, and explored the visual communication design strategy of the e-business web interface with the theme of visual information communication [ 17 ]. Wang et al proposed a big data information processing and interface interaction design method based on semantic feature analysis, using cloud resource scheduling technology to develop and design the interface interactivity system to improve the comprehensive fusion ability of big data [ 18 ]. This method is prone to the problems of correlation offset and low fusion degree of information output in the management of interactive information.…”