Augmented Reality and Post-Disaster Rehabilitation

Augmented Reality and Post-Disaster Rehabilitation

Naveen Joshi 29/08/2018 4

Post-disaster rehabilitation is possible with augmented reality (AR) by ‘increasing’ the real-world disaster scenarios across multiple sensory modalities to help with preparedness, mitigation, response, and recovery regarding disasters. Augmented reality (AR) is a technology that layers computer-generated enhancements atop an existing reality in order to make it more meaningful through the ability to interact with it. AR is developed into apps and used on mobile devices to blend digital components into the real world in such a way that they enhance one another, but can also be told apart easily.

Disaster, man-made or natural, wreaks havoc for thousands of lives. The disruption created is a difficult task to manage and disaster management bodies are always on the lookout for better and more effective ways of mitigating damages, aiding reconstruction and restoration. Post-disaster rehabilitation and recovery include strategies that work towards the restoration of everyday infrastructural services while delivering medical help for the injured. Until now, most of the post-disaster rehabilitation activities were carried out without any major involvement of technology. Though effective, this approach hasn’t been able to maximize the efforts at damage control. Researchers and disaster management bodies have, therefore, turned to technologies like AR to leverage their full potential while trying to bring things back to normal after a disaster occurs.

Here are some post-disaster rehabilitation measures that can be used with AR.

Most of the steps taken for rehabilitation after the disaster involve providing basic and medical facilities to the people affected by the catastrophe.

1. Medical aid

Medical facilities are an essential part of the disaster mitigation program. AR headsets can effectively explain topics like first aid training, safety measures, and the ability to survive in extreme situations like floods or droughts than by word of mouth. In inaccessible areas which may restrict the reach of such services due to technical issues, AR powered devices help in reaching out to a wider audience and train people with live demonstrations of techniques that can be employed to attend themselves and others.

2. Training Simulation

Government bodies and rehabilitation personnel, who help with the rescue process, can use AR headsets and gears for training. By creating scenarios that closely resemble the aftermath of a calamity, rescue soldiers can be trained exceptionally well. AR software, along with drone technology, has also been able to help pilots maneuver their way around the affected areas and assist in detecting people trapped under debris. Training people to identify safe zones, find escape routes, or access a rehabilitation center near them is another way in which AR can help with disaster rehabilitation.

There are also post-disaster reconstruction measures with AR. Geographic reconstruction constitutes a major part of after-disaster recovery. Government bodies, along with disaster help squads, are looking for ways to implement spatial planning and landscaping options with technologies like AR.

3. Urban Layouts

AR can also help with the recovery of natural and man-made ecosystems after a calamity. Regions, which are disaster-prone, can use AR to find the epicenter of a calamity or the areas more susceptible to damage. Such knowledge can proactively be used in city planning and construction to reduce, if not avoid, damage caused by calamities. The DisTributed Holistic Emergency Management Information System (THEMIS) is one such system that works in providing intelligent calamity rescue tools and operations for crisis management. AR, combined with other technologies, improves the scope and scalability of the applications mentioned above. Analysts working together with companies involved and investing in disaster relief teams can refine the AR software further, increasing the collaboration and reach of the technology and personnel in post-disaster rehabilitation.

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  • Richard Osborn

    AR can overlay key information, including medical scans, onto the patient’s body as the surgeon operates.

  • Andy Rogers

    Thanks to AR it is now possible to minimise localisation errors, not to mention the possibility to collaborate with peers from the other side of the planet in real time.

  • Terry Hewson

    Motionless communication between the brain and augmented reality devices with mental commands is the key feature that will make any AR truly pervasive.

  • John Margach

    Augmented reality simulation help people experience the threats of catastrophes with compelling visual effect.

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Naveen Joshi

Tech Expert

Naveen is the Founder and CEO of Allerin, a software solutions provider that delivers innovative and agile solutions that enable to automate, inspire and impress. He is a seasoned professional with more than 20 years of experience, with extensive experience in customizing open source products for cost optimizations of large scale IT deployment. He is currently working on Internet of Things solutions with Big Data Analytics. Naveen completed his programming qualifications in various Indian institutes.

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