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@article{168976,
        author = {Vivek justus and chintam Nikhil and k deepak chowdary},
        title = {Digital Holographic Based Food Supply Management System In Disaster Situation},
        journal = {International Journal of Innovative Research in Technology},
        year = {2024},
        volume = {11},
        number = {6},
        pages = {134-139},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=168976},
        abstract = {Virtual Reality (VR) is a new generation of Human-Computer Interaction Technology which has been recognized as the next crop to change disaster management. This work presents a fresh methodology by integrating digital holography and virtual reality for automating and standardizing emergency food supply management in post-flood scenarios. Using activity network technology, the system organizes an optimized plan for emergency response. The model allows both visualization and simulation of food delivery trajectories in virtual and real environments through mapping virtual trajectories. While traditional systems simply project a linear path between way- points, this system takes customer behavior and environment dynamics into account to modify the trajectory. Combining airborne idea imitators that imitate the actual conditions to try to direct key allotting of food, drug and blankets on the grounds. The VR recognizing system gives not adapted replacements. This makes the framework adaptable to different flood situations, thus allowing it to be used in diverse settings. By utilizing immersive, interactive VR simulations, this solution represents a major advance in logistical coordination of post-disaster relief efforts allowing for quicker and more efficient resource dispersal.},
        keywords = {Virtual Reality (VR), Digital Holography, Aerial Projection, Virtual Trajectory Modelling, User Behaviour Simulation, Disaster Relief Coordination, Resource Distribution Optimisation.},
        month = {November},
        }