Development of a Flexible and User-Friendly UI to Visualize the Invisible Pressure Distribution
Keigo Minakawa, Kazuma Sato, Lei Jing · 2024
In this study, we propose a method to facilitate the observation and analysis of pressure data. In modern times, research utilizing pressure is advancing in various fields. However, the aspect of visualizing invisible pressure is often overlooked and not well-developed. Therefore, we have developed a pressure distribution visualization system that allows users to easily acquire and analyze pressure data transmitted from pressure sensors through a user interface (UI). The application is not limited to just one type of pressure sensor device with specific specifications. it needs to meet various requirements. The system is developed as a mobile application for mobile devices, capable of displaying pressure in both grid and hand-shaped modes. Furthermore, its versatility allows it to accommodate various requirements of pressure sensors. In the usability evaluation experiment conducted on the application developed in this study, an impressive score of 83.5 was achieved, indicating a high level of usability.