We consider the restless multiarmed bandit problem with unknown dynamics in which a
player chooses one out of N arms to play at each time. The reward state of each arm transits …

Proportional Fair (PF) scheduling algorithms are the de facto standard in cellular networks.
They exploit the users' channel state diversity (induced by fast-fading) and are optimal for …

The unprecedented growth of mobile video traffic is adding significant pressure to the
energy drain at both the network and the end user. Energy-efficient video transmission …

Resource Allocation (RA) in cellular networks is a challenging problem due to the
demanding user requirements and limited network resources. Moreover, mobility results in …

In this article, the authors outline some key benefits that stem from the use of mechanical
relaying within or across the cells in future wireless mobile networks. The authors have …

Novel radio access techniques that leverage mobility predictions are receiving increasing
interest in recent literature. The essence of these schemes is to lookahead at the future rates …

Next generation heterogeneous wireless networks are expected to interwork with Internet
Protocol (IP)-based infrastructures. Conventional network services operate like silos in that a …

A method, wireless communication device, and computer program product are provided for
scheduling wireless communication between a base station and one or more mobile …

This paper investigates on the base stations (BSs) sleeping control and energy saving in
wireless network. The objective is to find the sleeping control and energy saving …

This paper analyzes downlink coverage probability and spectral efficiency of Poisson
cellular networks with lognormal shadowed Rayleigh fading, provided each user is …