In most of researches in resource allocation for wireless networks, uplink and downlink
problems are considered separately, especially when resources for uplink and downlink are …

The major driver for deploying next generation wireless cellular systems is their ability to
efficiently deliver resource-demanding services, many of which require symmetric …

In this paper, we study utility-based maximization for resource allocation in the downlink
direction of centralized wireless networks. We consider two types of traffic, ie, best effort and …

In Chap. 3, we introduced a novel convex utility proportional fairness maximization for
optimal resource allocation in wireless networks and outfitted the optimization with the …

In wireless cellular networks and wireless local area networks, nonlinear network utility
maximization need to be conducted over both user rates and transmit powers. For each of …

Abstract Radio Resource Allocation (RRA) in cellular systems is a relevant and difficult task
that shouldassign the system resources in the most efficient manner while fulfilling different …

This paper considers resource allocation and pricing for the downlink of a wireless network.
We describe a model that applies to either a time-slotted system (eg Qualcomm's HDR …

Future wireless cellular systems, ie, high-speed downlink packet access (HSDPA) and 1x
EVolution Data Optimized Revision A (1xEV-DO Rev A), promise to revolutionize the mobile …

In this paper, we study utility-based optimal resource allocation in wireless networks. Utility
here refers to a function which describes the degree of user satisfaction with a certain …

We study power-allocation problems in wireless systems through a network utility
maximization framework. In this framework, the type of utility function represents the …