2016
DOI: 10.1002/dac.3170
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Hybrid channel gain prioritized access‐aware cell association with interference mitigation in LTE‐Advanced HetNets

Abstract: Summary LTE‐Advanced heterogeneous networks deployment is meant to address the increasing demand for quality of service, high data rates and coverage extension. Load balancing is among the primary challenges, especially when the user equipments (UEs) associate with diverse transmission power network tiers using received signal strength. The low‐power network tier's spectrum will be underutilized, and UEs associated with them will be inflicted by interference from the high‐power network tier. The proposed hybri… Show more

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Cited by 9 publications
(7 citation statements)
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“…Instead, it uses a gain prioritized awareness scheme. The work by [20] achieved a higher mean user throughput than the BABMTP scheme. However, the proposed BABMTP scheme achieved a much higher load balancing fairness of 0.9622 as compared to the 0.925 achieved by [20].…”
Section: Figure 4 User2 Mean Throughput Performance For Different Sma...mentioning
confidence: 90%
See 2 more Smart Citations
“…Instead, it uses a gain prioritized awareness scheme. The work by [20] achieved a higher mean user throughput than the BABMTP scheme. However, the proposed BABMTP scheme achieved a much higher load balancing fairness of 0.9622 as compared to the 0.925 achieved by [20].…”
Section: Figure 4 User2 Mean Throughput Performance For Different Sma...mentioning
confidence: 90%
“…The work by [20] achieved a higher mean user throughput than the BABMTP scheme. However, the proposed BABMTP scheme achieved a much higher load balancing fairness of 0.9622 as compared to the 0.925 achieved by [20]. The comparison shows that the BABMTP scheme can achieve a load-balanced user association scheme with QoS control that is more efficient than existing schemes in the literature.…”
Section: Figure 4 User2 Mean Throughput Performance For Different Sma...mentioning
confidence: 90%
See 1 more Smart Citation
“…As a solution to this problem, 3GPP developed the notion of biased user interaction in Release 10 21 by illegally increasing user capacity gained from small BSs cells to assure that more users would be affiliated with small cells. For bias user organization, the advantages of off‐loading release from macro to tiny cells were demonstrated in References 22 and 11 through enhanced accessibility. Users who are forced to associate with smaller cells because of added bias get substantial disruption from the surrounding macro‐cell.…”
Section: User Association In Heterogeneous Networkmentioning
confidence: 99%
“…Research initiatives have made considerable gains in the integration of user interfaces and other areas of the efficient distribution of radio resources. To maximize the amount of data, the evolution of user interaction and channel allocation decisions between macro‐cells and tiny cells was studied in Reference 22. As stated in Reference 33, user integration, 9 connection coordination and channel allocation between macro‐cells and smaller cell groups were recommended to maximize data utilization.…”
Section: User Association In Heterogeneous Networkmentioning
confidence: 99%