Wireless channels are characterized by more serious bursty and location-dependent errors.
Many packet scheduling algorithms have been proposed for wireless networks to guarantee …

Fair scheduling of delay and rate-sensitive packet flows over a wireless channel is not
addressed effectively by most contemporary wireline fair scheduling algorithms because of …

Fair scheduling of delay and rate-sensitive packet flows over a wireless channel is not
addressed effectively by most contemporary wireline fair-scheduling algorithms because of …

Fairness as defined in wireline network cannot be achieved in wireless packet networks due
to the bursty and location-dependent channel errors of wireless link. Channel-state …

We consider the problem of downlink packet scheduling in a time-slotted wireless
communication system when a hybrid automatic repeat request (H-ARQ) re-transmission …

We propose a fair scheduling algorithm with adaptive compensation (AC-FQ) for wireless
networks, which can achieve fairness as well as graceful QoS degradation. AC-FQ changes …

Wireless networks are characterized by bursty and location-dependent errors. Although
many fair scheduling algorithms have been proposed to address these issues, most of them …

Fair queueing in the wireless domain poses significant challenges due to the unique issues
in the wireless channel such as location-dependent and bursty channel error. In this paper …

Chapter 8 identifies key issues in wireless fair queuing, defines a wireless fair service
model, and surveys algorithms. Fairness implies that the allocated channel bandwidth is in …

Currently, the issues in Quality of Service, fairness and pricing strategies should have
expedited the emergence of service differentiation in wireless access networks. In this …