超越多普勒效应和WSS假设的迁移性鲁棒性优化

I. Viering, B. Wegmann, Andreas Lobinger, A. Awada, H. Martikainen
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引用次数: 28

摘要

移动稳健性通常被理解为使无线电链路抗多普勒。然而,保证适当的细胞变化,例如移交,是另一个重要的方面,至少与多普勒和广义平稳(WSS)假设一样具有挑战性。本文试图用科学的方法描述复杂的优化问题,以促进未来在最小化移交问题这一有趣领域的学术工作。将给出频率内迁移鲁棒性优化(MRO)的仿真结果,以区分网络范围、细胞特异性和细胞对特异性优化。
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Mobility robustness optimization beyond Doppler effect and WSS assumption
Mobility robustness is often understood as making the radio link Doppler-resistent. However, guaranteeing proper cell changes, e.g. handovers, is another, as important and at least as challenging aspect beyond Doppler and wide sense stationarity (WSS) assumption. This paper tries to describe the complex optimization problem with scientific methods, in order to catalyze future academic work in the interesting field of minimizing handover problems. Simulation results will be presented for intra-frequency mobility robustness optimization (MRO) distinguishing network-wide, cell-specific and cell-pair specific optimization.
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