Integrated Augmented and Virtual Reality Technologies for Realistic Fire Drill Training.

Area of Science:

• Immersive technologies in safety training
• Human-computer interaction for emergency preparedness

Background:

• Traditional fire drills face limitations including space, cost, and safety concerns.
• Existing training methods struggle to provide realistic and diverse emergency scenarios.

Purpose of the Study:

• To propose a novel fire drill training system integrating augmented reality (AR) and virtual reality (VR).
• To leverage hybrid AR/VR for safe, realistic, and cost-effective fire emergency simulations.

Main Methods:

• Developed a single head-mounted display integrating both AR and VR technologies.
• Enabled real-time transformation of physical spaces into virtual fire environments.
• Incorporated tangible training props and intelligent AR fire effect generation based on object properties.

Main Results:

• The system provides realistic and diverse fire drill training experiences.
• Hybrid AR/VR effectively overcomes space-time constraints and reduces training risks and costs.
• Intelligent AR fire effects enhance realism by estimating object characteristics.

Conclusions:

• Integrated AR/VR systems offer a promising approach to enhance fire drill training effectiveness.
• The proposed system demonstrates significant potential for improving safety education and training.
• Hybrid immersive technologies can revolutionize emergency preparedness simulations.