2015
DOI: 10.1109/twc.2014.2356502
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Adaptive Cross-Network Cross-Layer Design in Heterogeneous Wireless Networks

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Cited by 14 publications
(10 citation statements)
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“…As described in Section III-C, our evolutionary clustering game switches out the cells with excessive high average transmit power from overcrowded clusters to the less crowded, until the average transmit powers converge across the clusters. As noted earlier, our proposed power control converges to a fixed ratio of the achievable and required SINRs by adjusting the transmit powers; see (9). When the most interfered cell (with the largest transmit power) switches out of a cluster, say D i (during the evolutionary clustering control stage), the remaining cells of the cluster converge to the same SINR ratio with reduced transmit powers; see (10).…”
Section: Stability Of Evolutionary Equilibriummentioning
confidence: 78%
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“…As described in Section III-C, our evolutionary clustering game switches out the cells with excessive high average transmit power from overcrowded clusters to the less crowded, until the average transmit powers converge across the clusters. As noted earlier, our proposed power control converges to a fixed ratio of the achievable and required SINRs by adjusting the transmit powers; see (9). When the most interfered cell (with the largest transmit power) switches out of a cluster, say D i (during the evolutionary clustering control stage), the remaining cells of the cluster converge to the same SINR ratio with reduced transmit powers; see (10).…”
Section: Stability Of Evolutionary Equilibriummentioning
confidence: 78%
“…Then, the FBS reports its stabilized transmit power P * i and its SINR γ * i to the S-GWs. Note that, once the distributed power control is stabilised, the ratios of the achievable SINR γ * i to the required SINR γ req i converge to 1 αm 1−θm θm within each cluster D m (m = 1, · · · , M ), as shown in (9). This is key to our channel allocation design, as will be discussed in Section III-B, and is also crucial to the stability of the entire proposed framework, as will be discussed in Section IV.…”
Section: A Non-cooperative Power Control Gamementioning
confidence: 91%
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