We develop a prototype of a proposed mobile base station and test its operation in an outdoor environment. The experimental results provide a sufficient data rate to make an independent mobile
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These unmanned aerial vehicles operate in the stratosphere at altitudes between 20 and 50 kilometers, providing a range of services including broadband internet access, emergency
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The UAV emergency high-altitude base station can cover up to 50 square kilometers and provide instant messaging for 5,400 mobile phone users at the same time. It can quickly take off to
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HAPS can be rapidly deployed for disaster recovery communications, particularly because the use of inter-HAPS links allows the provision of services with minimal ground network infrastructure - for
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Uav technology is developing rapidly, and high-altitude base stations using drones as liftoff platforms have a wide range of flexible and mobile coverage, which can be widely used in emergency
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HAPS are envisioned to offer a reliable communication network in disaster situations by supplementing or replacing damaged or overloaded networks. Isolated from ground-level disruptions, HAPS,
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This paper has briefly presented the idea of the use of HAPS as base stations to provide and face emergency ser-vices. Advantages of such an application include rapid de-ployment, large coverage
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In this case, high-altitude base stations can be used to provide emergency communications in the disaster area, where communications play a critical role in saving lives [1].
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In situations where communication is crucial for saving lives, high-altitude base stations can offer emergency communications in disaster zones. As a result, drone-mounted base stations
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When humans face major natural disasters, accidents, and public health emergencies, emergency communications are essential. One company combines drones with small communication base
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