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 …

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 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 …

This paper studies pricing as a means for resource allocation in a wireless direct-sequence
(DS) code division multiple access (CDMA) system. We consider the forward link of a single …

The rapidly growing demand for wireless communication makes efficient power allocation a
critical factor in the network's efficient operation. Power allocation in decentralized wireless …

We use a utility based power allocation framework in the downlink to treat multi-class CDMA
wireless services in a unified way. Our goal is to obtain a power allocation which maximizes …

We consider the problem of resource allocation in a wireless network operated by a single
service provider. The motivating model is the downlink in a cellular network where the …

In this paper we consider a power allocation problem in multi-class wireless systems. We
focus on the downlink of the system. Each mobile has a utility function that characterizes its …

In wireless networks, it is still a challenge to allocate the limited resources among users to
meet their specific quality of service (QoS) requirements, especially when the users have …

We consider wireless downlink data channels where the transmission power of each base
station is time-shared between a dynamic number of active users as in CDMA/HDR systems …