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Google Map Based User Interface for Network Resource Planning in Post Disaster Management

This paper presents a Google Map-based user interface designed for optimizing network resource planning in the aftermath of disasters. Our focus is on ensuring effective communication through a four-tier hybrid architecture that includes Shelter Points, Wi-Fi Towers, Data Mules, and Drop Boxes. We address critical objectives like optimizing the number of Wi-Fi Towers and Data Mules, ensuring lower latency, and determining the optimal resource deployment. The proposed framework allows rescue teams to swiftly set up communication systems, improving packet delivery ratios during emergencies.

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Google Map Based User Interface for Network Resource Planning in Post Disaster Management

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  1. Google Map Based User Interface for Network ResourcePlanning in Post Disaster Management ACM DEV 2013 Sujoysaha Nitinagarwal Priyamdhanuka Subratanandi National institute of Technology durgapur, india Institute of engineering & Management kolkata, india National institute of Technology durgapur, india

  2. Overview Disaster strikes will jeopardized existing network infrastructure. Ensuring higher packet delivery ratio along with optimal utilization of resources are prime objectives of such planning.

  3. Four tier hybrid architecture SP: Shelter Points WT: Wi-Fi tower DM: Data Mules DB: Drop Box DTN: Data transaction node

  4. Four tier hybrid architecture 1. Finding the optimal number of groups along with the placement of Wi-Fi tower on each Group Center. 2. Finding the minimum number of DMs required for each group to traverse those within Latency & finding the pathways of each DM.

  5. Google map API

  6. Conclusion Rescue team can rapidly determine the optimal resources required for setting up communication system ensuring higher packet delivery ratio within acceptable latency.

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