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“…Uplink processing MMSE [59,124,145,146] ZF [147] Power allocation and load balancing [148] Max-min power control [149] Pilot power control [150] Sequential linear MMSE [120] mmWave Limited fronthaul capacity [151] Power control [152] Channel modeling [153] Energy efficiency [154] Energy Efficiency [116,132,[155][156][157] Imperfect Fronthaul [158][159][160][161][162][163][164] Low Resolution ADCs [163,[165][166][167] Hardware Impairments [164,[168][169][170] Non-orthogonal [171][172][173][174][175] Multiple Access…”
Section: Topics Aspects and Referencesmentioning
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“…Uplink processing MMSE [59,124,145,146] ZF [147] Power allocation and load balancing [148] Max-min power control [149] Pilot power control [150] Sequential linear MMSE [120] mmWave Limited fronthaul capacity [151] Power control [152] Channel modeling [153] Energy efficiency [154] Energy Efficiency [116,132,[155][156][157] Imperfect Fronthaul [158][159][160][161][162][163][164] Low Resolution ADCs [163,[165][166][167] Hardware Impairments [164,[168][169][170] Non-orthogonal [171][172][173][174][175] Multiple Access…”
Section: Topics Aspects and Referencesmentioning
“…In this paper, the capacity of SCs to provide coverage in 5G/B5G wireless networks is explored under the umbrella of the IA paradigm. A fully distributed topology as in [20][21][22] is considered, where there are no macro base stations and a large number of APs act as small base stations to provide communication services to a much smaller number of MSs. The system is modeled as a downlink K-user interference channel network, where each MS receives data from a single AP [6,7].…”
Section: Introductionmentioning
“…The system is modeled as a downlink K-user interference channel network, where each MS receives data from a single AP [6,7]. Moreover, each MS and its corresponding AP are considered an SC as in [20][21][22]. The transmission within an SC causes interference to the remaining users.…”
Section: Introductionmentioning
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