The fifth generation (5G) mobile networks are envisioned to support the deluge of data traffic
with reduced energy consumption and improved quality of service (QoS) provision. To this …

The deluge of huge data demanding applications has imposed a challenge for next
generation cellular system to support high data rate with reduced energy consumption …

The existing cellular networks are being modified under the umbrella of fifth generation (5G)
networks to provide high data rates with optimum coverage. Current cellular systems …

In order to adequately cater for the disruptive and paradigm shift in business models, new
architectures, and techniques are expected to be introduced into the fifth generation (5G) …

The existing cellular systems operating in ultra high frequency bands suffer from severe
bandwidth congestion and therefore the paradigm of cellular spectrum is shifting towards …

Most current stochastic geometric modeling of heterogeneous cellular networks (HetNets)
assumes independent deployment of small-cell base stations (SBSs) with respect to macro …

无线网络的异构化, 密集化部署极大地提高了系统容量, 可满足用户日益增长的数据流量需求,
但是复杂的网络结构, 近乎随机的基站分布不利于系统的性能评估和参数设计. 针对这一问题 …

The multi-tier heterogeneous network (HetNet) architecture can potentially address the
massive connectivity and high throughput demands of the emerging fifth generation (5G) of …

为实现5G 通信网络自组织, 自优化发展, 提出一种混合控制多目标优化用户动态关联算法.
在满足用户服务质量和基站成本效益的需求下, 同时考虑吞吐量, 能耗, 基站效用等因素 …

The heterogeneous and intensive deployment of wireless network improves greatly the
system capacity, which can meet the increasing data traffic demand of users. However, the …