Research and Implementation of an Intelligent Vision Protection Platform Based on Virtual Reality Technology

Addressing the high prevalence of myopia among adolescents and the clinical limitations of Small Incision Lenticule Extraction (SMILE) surgery, this study develops an innovative smart vision care platform integrating virtual reality (VR) and artificial intelligence (AI). The platform combines multimodal data to achieve full-cycle intelligent management through personalized modeling, virtual simulation, and parameter optimization. Its functionalities are realized via multi-source data processing, 3D visual model construction, biometric recognition, and intelligent language interaction systems, supported by multimodal algorithms. The platform is expected to enable precise surgical planning, enhance multimodal interactivity, improve postoperative management, and boost system reliability. Ultimately, it aims to increase surgical success rates, patient satisfaction, and cost efficiency while establishing a digital twin ecosystem for ophthalmic surgery.