High-risk operations present significant dangers, making hands-on training in real-world conditions challenging. This study leverages virtual reality and the Internet of Things to develop a multi-user immersive training system for hot work operations. The system synchronizes trainees' physical movements with virtual avatars and establishes a dynamic multi-user information exchange platform, enabling seamless interaction within the virtual environment. By integrating IoT technology, it captures real-time motion data, ensuring precise avatar movement and enhancing user immersion. Additionally, VR technology is utilized to simulate realistic high-risk environments and flame scenarios, allowing trainees to engage in safe, repeated practice. This approach enhances hazard recognition, improves protective measures, and strengthens emergency response capabilities, ultimately reducing the risk of major accidents while promoting safety awareness and operational efficiency.
He et al. (Mon,) studied this question.
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