Virtual Reality, Real Emergency by Dhaka, Arvind; Nait-Abdesselam, Farid; Nandal, Amita;

Rövid leírás:

 This book celebrates the technological advances that have been accomplished and calls for more cooperation to ensure that these innovations are implemented in a way that puts people's lives first during emergencies

Hosszú leírás:

In an effort to investigate the revolutionary potential of augmented reality (AR) and virtual reality (VR) technologies in the field of mechanical and medical emergency management, Virtual Reality, Real Emergency was written. This book seeks to educate readers on how AR and VR may transform response to emergencies, boost training, and facilitate better decision-making under pressure. It aims to equip professionals and hobbyists alike to use these immersive technologies for saving lives and minimizing calamities by analyzing real-world applications, cutting-edge breakthroughs, and practical insights.

The ground-breaking book Virtual Reality, Real Emergency: Integrating AR/VR in Computing and Medical Crisis Management has two goals: to teach and to give readers agency in times of crisis. Our goal is to educate both industry experts and casual observers on the revolutionary possibilities of AR and VR in the high-stakes arenas of mechanical and medical emergency response. The gap between theory and practice is something we want to close by providing real-world insights, practical counsel, and examples of achievement. Our goal is to educate the public on the potential life-saving benefits of AR and VR technology, demystify these tools for the general reader, and provide concrete measures for incorporating them into existing emergency response procedures.

This book not only celebrates the technological advances that have been accomplished but also calls for more cooperation to ensure that these innovations are implemented in a way that puts people’s lives first during emergencies.

Tartalomjegyzék:

The Effect of Virtual Reality Instructors on the Development of Surgical Competence. Immersive Technologies for Hazardous Material Response Training. Disaster Secure Simulation by Virtual Reality to Reduce the Rescue Operation. Assessing the Effectiveness of AR/VR-Based Fire Fighter Training. Simulation-Based Training with Augmented Reality for Paramedics. Cost-Benefit Analysis of AR/VR Integration in Emergency Response. Integrating Virtual Reality into Disaster Response Training. IoT-Enabled Augmented Reality for Real-Time Equipment Diagnosis. AR/VR-Based Disaster Simulation for Community Resilience Training. The Adoption of AR and VR Emergency Room Procedures. Improving Medical Diagnosis with Augmented Reality Visualization. Assessing Patient Outcomes in VR-Based Surgical Training. Optimizing Practical Training for First Responders Using VR