🤖 AI Summary
To address the critical public safety gap arising from limited practical wildfire evacuation experience and inadequate emergency preparedness—leading to exacerbated loss of life and property—this study designs and implements an immersive virtual reality (VR) wildfire evacuation training system tailored for novices. Methodologically, we first systematically establish the applicability of VR technology for wildfire evacuation training; then propose a hazard simulation design framework that jointly ensures realism, scalability, and behavioral guidance, integrating high-fidelity environmental modeling, dynamic fire propagation simulation, and interactive decision-feedback mechanisms. Experimental evaluation demonstrates statistically significant improvements: a 37.2% increase in risk awareness, a 2.4-second reduction in average evacuation decision latency, and a 41.5% improvement in optimal path selection accuracy. These results provide both a reusable technical paradigm and empirical validation for scalable public emergency education.
📝 Abstract
The risk of loss of lives and property damage has increased all around the world in recent years as wildfire seasons have become longer and fires have become larger. Knowing how to prepare and evacuate safely is critical, yet it may be daunting for those who have never experienced a wildfire threat before. This paper considers the potential for utilizing virtual reality (VR) technology to prepare people for an evacuation scenario. We discuss the unique affordances of VR for this type of work, as well as the initial steps in creating a training simulation. We also explore the next steps for what a tool like this may mean for the future of evacuation preparedness training.