Network disaster recovery is one of the greatest concerns for Mobile Network Operators
(MNOs) and first responders during large-scale natural disasters such as earth-quakes. In …

Public safety organizations increasingly rely on wireless technology to provide effective
communications during emergency and disaster response operations. This paper presents a …

During natural disasters, such as earthquakes, apart of the Internet access infrastructure can
be damaged, leaving many users disconnected. At the same time, many peopleneed to …

This paper investigates the disaster area communication system using relay-assisted
wireless networks. At first, a novel mobility model is proposed to describe the movement …

A major disaster would damage the communication infrastructure severely, resulting in
further chaos and loss in the disaster stricken area. Rapid restoration of wireless/mobile …

This paper investigates the disaster area communication system using relay‐assisted
wireless network for first responders as mobile nodes (MNs). Firstly, a novel mobility model …

Rapid recovery of telecommunication network services after a disaster is a significant
challenge. To quickly recover communication with high throughput in the affected area, a …

Due to the harsh surroundings and violent nature of wireless sensor network (WSN)
applications, the network sometimes suffers a large-scale damage that involves several …

Relay node placement can be an effective mean for boosting the performance of a Wireless
Sensor Network (WSN) in terms of several metrics such as network connectivity, network …

Deployment of portable access points (APs) in disaster affected areas has been heralded by
many contemporary researchers as a key technique to formulate disaster recovery networks …