Design of healthcare industry product appearance

Abstract

This paper investigates the effect of the design of healthcare industrial products on their appearance. Based on a proposed artificial intelligence algorithm, Industrial Product Design (IPD) enhances or minimizes its form to be attractive to human beings. This paper applies the algorithm to six industrial product types by using an analytical model called “The Dynamic Processes Model” (DPM), developed from a Hybrid Artificial Intelligence System. The results from this study point out that IPD does not have any significant impact on the physical attractiveness of these products; however, it affects their perceived attractiveness and can increase their appeal rating in certain cases. A three-dimensional Otsu threshold segmentation method based on BAS-CS is proposed. Aiming at the problem that the segmentation results of the traditional two-dimensional Otsu threshold segmentation method and the three-dimensional Otsu threshold segmentation method are susceptible to noise, the gray morphology and the three-dimensional Otsu threshold segmentation method are combined to form a three-dimensional gray Otsu model. The three-dimensional gray Otsu model is used to design the fitness function of the BAS-CS algorithm, and the BAS-CS algorithm is used to optimize the fitness function, and the specific implementation scheme and flowchart are given. Experiments verify the effectiveness, high efficiency, noise resistance and versatility of the proposed algorithm.