Digital Twin Interaction Integration Architecture: A Case Study of Research Implementation in a Robotic Tea Ceremony Showcase System

This essay proposes a digital twin interactive fusion architecture, which includes six elements: broad to use, fast to use, joint to use, stable to use, convenient to use and comfortable to use. The architecture realizes the complete integration of digital twin interaction through accurate virtual-real mapping, physical element collaboration, and virtual element linkage. The research aims to use this architecture to assist cognitive decision-making in the real world and to promote the close integration of digital twins and human-machine-environment. In the research process, the architecture was applied to the digital twin tea ceremony showcase system, which verified its effective fusion possibility and improved the intelligence level and interaction efficiency of the system. The conclusion shows that the proposed architecture is helpful in improving the comprehensive performance of digital twin technology in practical applications and indicates that it has a wide application prospect in many fields, such as intelligent manufacturing and smart cities in the future.