Interactive prototype development and evaluation of low-carbon products through virtual reality technology.

The rapid advancement of virtual reality (VR) technology has offered innovative avenues for the design of low-carbon products. This research introduces an integrated 3D VR product design platform and proposes a product interaction effect evaluation system based on membership functions. The results indicate that the platform surpasses traditional systems in terms of visualization effect, image quality, design duration, and production efficiency. Additionally, through the application of fuzzy matrices in gesture recognition, the experimental results demonstrate superior performance in task time, error frequency, and recognition efficiency, thereby reducing computational resource consumption and carbon emissions. [ABSTRACT FROM AUTHOR]