Basic study on automotive display design by proximity compatibility principle

Abstract

The aim of this study was to propose an effective method for displaying driving environment and properly transmitting this to drivers. The display was designed by changing two types of proximity, that is, the proximity of the display and the proximity of the task itself. The proximity of the display was controlled as the type of the display or the distance between two displays. The proximity of the task was controlled as the difference of two tasks performed on the two displays. More concretely, the similar proximity of the task was either two analogue tasks or two digital tasks. These two proximities were all within-subject variables. The participants (a total of eight graduate or undergraduate students) were required to carry out simultaneously a simulated driving task and a judgment and reaction task of the display information controlled by the two proximity factors above. The performance measures were tracking error in the simulated driving task and percentage correct and reaction time in the secondary judgment and reaction task. As a result, it has been demonstrated that the performance under the dual task condition obeys the predicted outcome by proximity compatibility principle.

Data Visualization in Support of Executive Decision Making

“…PCP describes how related information must be shown or grouped together (Russ et al, 2014). PCP relates to the problem-solving task as task proximity and representation as display proximity (Murata & Akazawa, 2014). CFT explains how best to present data in order to solve a problem effectively (John & Kundisch, 2015).…”

WingSegment: A Computer Vision‐Based Hybrid Approach for Insect Wing Image Segmentation and 3D Printing

“…WingSegment adopts a hybrid approach that integrates computer vision and graph theory to extract cell boundaries, junction coordinates, and vein path coordinates accurately. The methodology encompasses various techniques, such as region‐growing, [ 40–42 ] Dijkstra path finding, [ 43–46 ] thinning, [ 47 ] and line simplification, [ 48,49 ] which have been employed in this research. Additionally, we have utilized the FreeCAD macro (FC macro) file format [ 50,51 ] to generate automated FC models from insect images, further enhancing the accessibility and flexibility of the software in both modeling and 3D printing of biomimetic wings.…”