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Resilient Communications and Information Systems for Disaster-Preparedness Using UAVs, Beacons and Data Aggregators, via Delay-Tolerant Networks on Sub-GHz Frequencies

机译:经由Sub-GHz频率上的延迟容忍网络使用无人飞行器,信标和数据聚合器的防灾通信和信息系统

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We identified use cases where resilient communications systems may help in disaster-preparedness in the Philippines. The use cases involve critical information and communications. When networks are down due to typhoons, earthquakes and other disasters, information becomes critical. By introducing low cost and easy-to-deploy communications systems, we were able to demonstrate improved information flow in post-disaster operations. We were able to gather data seamlessly and test the range of transmission in different terrains. Using multiple UAVs, we were able to demonstrate cooperative missions between ground teams and rescue teams. The systems deployed by the team improved the flow of information without the use of legacy communications networks.
机译:我们确定了使用案例,在这些案例中,弹性通信系统可能有助于菲律宾的备灾工作。用例涉及关键信息和通信。当网络由于台风,地震和其他灾难而瘫痪时,信息就变得至关重要。通过引入低成本且易于部署的通信系统,我们能够展示出灾后运营中改进的信息流。我们能够无缝地收集数据并测试在不同地形中的传输范围。使用多架无人机,我们能够演示地面团队和救援团队之间的协作任务。团队部署的系统无需使用传统通信网络即可改善信息流。

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