Abstract
Fairness in Radio Resource Management for Wireless Networks
Highlights
The first paper titled “Fair adaptive bandwidth and subchannel allocation in the WiMAX uplink” by A
Radio resource management (RRM) techniques such as admission control, scheduling, subcarrier allocation, channel assignment, power allocation, and rate control are essential for maximizing the resource utilization and providing quality of service (QoS) in wireless networks
From the large number of high quality submissions we received, we have selected sixteen papers grouped in six subtopics, namely, (1) fairness of RRM in WiMAX networks, (2) fairness of RRM in OFDM/OFDMA systems, (3) fairness of RRM in CDMA/UMTS systems, (4) fairness of RRM in MIMO systems, (5) fairness of RRM in multihop and mesh networks, and (6) fairness of multiuser resource allocation
Summary
The first paper titled “Fair adaptive bandwidth and subchannel allocation in the WiMAX uplink” by A. Radio resource management (RRM) techniques such as admission control, scheduling, subcarrier allocation, channel assignment, power allocation, and rate control are essential for maximizing the resource utilization and providing quality of service (QoS) in wireless networks. From the large number of high quality submissions we received, we have selected sixteen papers grouped in six subtopics, namely, (1) fairness of RRM in WiMAX networks, (2) fairness of RRM in OFDM/OFDMA systems, (3) fairness of RRM in CDMA/UMTS systems, (4) fairness of RRM in MIMO systems, (5) fairness of RRM in multihop and mesh networks, and (6) fairness of multiuser resource allocation. Three papers address the fair resource management in WiMAX networks.
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