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Introducing delay sensitivity into the proportional fair algorithm for CDMA downlink scheduling
By: Barriac, G.; Holtzman, J.;
2002 / IEEE / 0-7803-7627-7
Description
This item was taken from the IEEE Conference ' Introducing delay sensitivity into the proportional fair algorithm for CDMA downlink scheduling ' The paper is concerned with CDMA base stations needing forward link scheduling algorithms that not only maximize total throughput given certain constraints regarding fairness, but that also take into account the special delay requirements of real time data. We show that the proportional fair algorithm, which was originally designed to maintain fairness while still exploiting channel variations in a fading environment, can be modified in a simple manner so as to ensure the successful delivery of real time data without giving up the gains due to channel diversity.
Related Topics
Fading Channels
Code Division Multiple Access
Delays
Mobile Radio
Optimisation
Data Communication
Telecommunication Channels
Channel Diversity
Delay Sensitivity
Proportional Fair Algorithm
Forward Link Scheduling
Throughput Maximization
Fairness
Real Time Data
Fading
Scheduling Algorithm
Multiaccess Communication
Downlink
Throughput
Base Stations
Delay Effects
Fading
Quality Of Service
Lifting Equipment
Algorithm Design And Analysis
Scheduling
Diversity Reception
Engineering
Cdma Downlink Scheduling