Disaster whether it is natural or man-made most of time led to significant challenges to society, often resulting in loss of life, economic instability, infrastructure damage. Effective “Disaster Management” requires seamless communication and good connectivity under extreme conditions. 6G technology with its capabilities such as ultra-low latency, large bandwidth, and terahertz frequencies offers an evolutionary approach to real-time disaster management. This paper explores how 6G technology can be harnessed to build reliable system capable of alleviating the impacts of disasters. By using 6G’s unparalleled communication capabilities we propose framework that ensure strong connectivity and efficient resource allocation in real-time and monitoring during disasters.

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6G for Resilience: A Framework for Real-Time Disaster Management

  • Rachit Chetankumar Mehwala,
  • Angshuman Kishore Mahato,
  • Patil Sujit Maruti,
  • Surendra Solanki,
  • Gaurav Kumawat,
  • Ravindra Kumar Soni

摘要

Disaster whether it is natural or man-made most of time led to significant challenges to society, often resulting in loss of life, economic instability, infrastructure damage. Effective “Disaster Management” requires seamless communication and good connectivity under extreme conditions. 6G technology with its capabilities such as ultra-low latency, large bandwidth, and terahertz frequencies offers an evolutionary approach to real-time disaster management. This paper explores how 6G technology can be harnessed to build reliable system capable of alleviating the impacts of disasters. By using 6G’s unparalleled communication capabilities we propose framework that ensure strong connectivity and efficient resource allocation in real-time and monitoring during disasters.