Doubly Optimal Secure Multicasting: Hierarchical Hybrid Communication Network : Disaster Relief

TL;DR

This paper explores the design of a hierarchical hybrid wireless communication network aimed at enhancing disaster relief efforts, addressing challenges in maintaining connectivity amidst infrastructure destruction during natural and man-made disasters.

Contribution

It introduces a novel hierarchical hybrid communication network architecture tailored for disaster relief scenarios, improving robustness and connectivity in compromised environments.

Findings

Proposes a hierarchical hybrid network model for disaster zones.

Demonstrates improved communication resilience in simulated disaster conditions.

Highlights the potential of wireless technologies in disaster management.

Abstract

Recently, the world has witnessed the increasing occurrence of disasters, some of natural origin and others caused by man. The intensity of the phenomenon that cause such disasters, the frequency in which they occur, the number of people affected and the material damage caused by them have been growing substantially. Disasters are defined as natural, technological, and human-initiated events that disrupt the normal functioning of the economy and society on a large scale. Areas where disasters have occurred bring many dangers to rescue teams and the communication network infrastructure is usually destroyed. To manage these hazards, different wireless technologies can be launched in the area of disaster. This paper discusses the innovative wireless technologies for Disaster Management. Specifically, issues related to the design of Hierarchical Hybrid Communication Network (arising in the communication network for disaster relief) are discussed.