Wireless networks are expected to provide connectivity to an increasing number of users
with heterogeneous requirements. Future wireless networks will integrate aerial and …

Networks topology can be represented over Riemannian manifolds (ie, curved surfaces),
given the symmetric positive definite (SPD) property of their spectral graphs. Moreover …

Air-ground networks have emerged as a promising paradigm for enhancing mobile user
coverage and quality of service. In such networks, the system needs to select appropriate …

Increasing data rate in wireless networks (eg, vehicular ones) can be accomplished through
a two-pronged approach, which are 1) increasing the network flow rate through parallel …

Networked flying platforms (NFPs) have emerged as a favorable solution to extend the
network coverage and/or capacity in temporary scenarios, such as disasters or mega-size …

Network densification is promising to achieve higher data rates and higher network capacity,
while causing new backhauling challenges especially when the network is highly dense …

This paper investigates the problem of data routing in backhaul networks using Unmanned
Aerial Vehicles (UAVs) to relay data from Small Cells (SCs) to the core network. The …

With space, air and ground multiple layers, space-air-ground integrated networks (SAGINs)
have been emerging as a promising technology to improve coverage and quality of service …

Ubiquity of connectivity can be achieved by expanding the terrestrial networks horizontally.
However, to achieve ubiquity in a cost efficient manner, vertical expansion is inevitable, and …

Achieving high data rate for next generation mobile networks, including highly dynamic
networks (eg, vehicular networks), is essential for emerging applications such as extended …