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In the information period, virtual reality technology has grown in popularity, especially in interior design. Users can engage with virtual exhibition halls without physically being in the scene, providing a unique and immersive experience. In this paper, a Virtual Reality (VR)-based virtual interior design system that divides into two categories including hardware- and software-based is presented. Preprocessing, model transformation, image fusion, and registration are the four stages of the system that are tested through simulation research. The suggested algorithm will determine when the region is constantly separated in advance time enhancing customer satisfaction, speeding up the display of interior design effects, and increasing coding efficiency. The objective is to provide target customers an immersive experience that enables them experience reality as close and real as possible at any time or location. This research presents the use of virtual reality technology in interior design for effect exhibition and system application analysis. This implemented algorithm has achieved 97 % of average similarity.
Yingying Wang (Fri,) studied this question.