Resource Allocation Based on Interference Alignment With Clustering for Data Stream Maximization in Dense Small Cell Networks - researchr publication related

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Hao Zhang, Kunde Yang, Shun Zhang 0003. Resource Allocation Based on Interference Alignment With Clustering for Data Stream Maximization in Dense Small Cell Networks. IEEE Access, 7:161831-161848, 2019. [doi]

The following publications are possibly variants of this publication:

Subchannel Allocation Based on Clustered Interference Alignment for Differentiated Data Streams in Dense Small Cell NetworksHao Zhang 0059, Kunde Yang, Shun Zhang 0003, Octavia A. Dobre. tvt, 69(11):14049-14054, 2020. [doi]

Efficient Subchannel Allocation Based on Partial Clustered Interference Alignment and Clusters Merging in Dense Small Cell NetworksHao Zhang 0059, Kunde Yang, Shun Zhang 0003, Xianbin Wang 0001. tvt, 69(12):16191-16196, 2020. [doi]

QoS-Based Interference Alignment With Similarity Clustering for Efficient Subchannel Allocation in Dense Small Cell NetworksHao Zhang, Hongyan Li, Jung Hoon Lee, Huaiyu Dai. tcom, 65(11):5054-5066, 2017. [doi]

Small Cells Clustering and Resource Allocation in Dense Network with Mobile Edge ComputingPeng Sun, Heli Zhang, Hong Ji, Xi Li 0004. wcnc 2019: 1-6 [doi]

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