WiMAX is one of the most interesting solutions for broadband wireless access, offering QoS features for multimedia traffics and applications. However, without the definition of a mandatory scheduling algorithm for the assignment of channel resources, WiMAX standard is open to enhancements by QoS research groups and developers. In this paper, BS uplink scheduling algorithms are considered and an innovative solution is proposed in order to improve multi-rate fairness and QoS management. The proposed scheduler, named E-DRR, has been compared with the existing solutions through exhaustive simulations, showing its enhancements in terms of QoS performance and multi-rate fairness in resource allocation. © 2011 IEEE.

Andreadis, A., Rizzuto, S., Zambon, R. (2011). An innovative uplink scheduler for enhancing multi-rate fairness in WiMAX. In IEEE FITCE International Congress on ICT: Bridging an Ever Shifting Digital Divide (pp.131-135). IEEE [10.1109/FITCE.2011.6133443].

An innovative uplink scheduler for enhancing multi-rate fairness in WiMAX

Andreadis A.;Rizzuto S.;Zambon R.
2011-01-01

Abstract

WiMAX is one of the most interesting solutions for broadband wireless access, offering QoS features for multimedia traffics and applications. However, without the definition of a mandatory scheduling algorithm for the assignment of channel resources, WiMAX standard is open to enhancements by QoS research groups and developers. In this paper, BS uplink scheduling algorithms are considered and an innovative solution is proposed in order to improve multi-rate fairness and QoS management. The proposed scheduler, named E-DRR, has been compared with the existing solutions through exhaustive simulations, showing its enhancements in terms of QoS performance and multi-rate fairness in resource allocation. © 2011 IEEE.
2011
9781457712081
Andreadis, A., Rizzuto, S., Zambon, R. (2011). An innovative uplink scheduler for enhancing multi-rate fairness in WiMAX. In IEEE FITCE International Congress on ICT: Bridging an Ever Shifting Digital Divide (pp.131-135). IEEE [10.1109/FITCE.2011.6133443].
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11365/22336
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