Cross‐tier cooperation load‐adapting interference management in ultra‐dense networks
C Zheng, L Liu, H Zhang - IET Communications, 2019 - Wiley Online Library
In ultra‐dense networks (UDNs), the interference management constitutes a great challenge
due to the densely deployed base stations (BSs) and the traffic fluctuating with time. To …
due to the densely deployed base stations (BSs) and the traffic fluctuating with time. To …
Efficient radio resource management for future generation heterogeneous wireless networks
MA Adedoyin - 2018 - open.uct.ac.za
The heterogeneous deployment of small cells (eg, femtocells) in the coverage area of the
traditional macrocells is a cost-efficient solution to provide network capacity, indoor …
traditional macrocells is a cost-efficient solution to provide network capacity, indoor …
Channel estimation and beam training for millimeter wave mobile networks: point-to-point, multi-user, and multi-cell
ML Kokshoorn - 2018 - ses.library.usyd.edu.au
The global shortage of microwave bandwidth has become a critical issue that may inhibit the
growth of mobile networks needing to support content-rich applications. For this reason, the …
growth of mobile networks needing to support content-rich applications. For this reason, the …
[HTML][HTML] Radio resource coordination and scheduling scheme in ultra-dense cloud-based small cell networks
In a 5G ultra-dense network, dynamic network topology and traffic patterns lead to excessive
system overhead and complex radio resource conflicts. The cloud radio access network and …
system overhead and complex radio resource conflicts. The cloud radio access network and …
Analysis of energy-efficiency in ultra-dense networks: Determining FAP-to-UE ratio via stochastic geometry
HT Zhang, ZH Yang, Y Ye - KSII Transactions on Internet and …, 2016 - koreascience.kr
Femtocells are envisioned as a key solution to embrace the ever-increasing high data rate
and thus are extensively deployed. However, the dense and random deployments of …
and thus are extensively deployed. However, the dense and random deployments of …
A resource collaboration scheduling scheme in ultra-dense small cells
Z Chen, Y Tang - … on Computer Science and Education (ICCSE …, 2017 - ieeexplore.ieee.org
Ultra-dense network (UDN) is expected to be the main means of meeting the mobile traffic
demands in 5G. Small cell is the main load of UDN to save energy and enhance coverage …
demands in 5G. Small cell is the main load of UDN to save energy and enhance coverage …
多层异构蜂窝网络上下行解耦的联合用户接入与资源划分
Z Feng, Z Feng, TA Gulliver, AZ Feng, AZ Feng… - Frontiers, 2017 - jzus.zju.edu.cn
传统蜂窝网络要求移动用户上行和下行连接在相同基站上. 然而, 由于用户与基站发射功率存在
差异, 在不同无线环境下, 将会导致用户从某基站接收到最强下行信号, 但该基站并不能提供最强 …
差异, 在不同无线环境下, 将会导致用户从某基站接收到最强下行信号, 但该基站并不能提供最强 …
Small Cell Network and its Architectures
With networks continuously evolving, requirements for spectrum and higher data rates are
increasing exponentially. Deployment of small cells helps cater to these requirements. Small …
increasing exponentially. Deployment of small cells helps cater to these requirements. Small …
[HTML][HTML] A refunding strategy: opportunistic user association with congestion-based pricing in macro-femto hybrid network
Y Qi, H Wang, B Li, F Chen - EURASIP Journal on Wireless …, 2017 - Springer
Femtocell technology addresses the severe problems of poor network capacity and indoor
coverage. Meanwhile, the emergence of high-capacity air interfaces and dense deployment …
coverage. Meanwhile, the emergence of high-capacity air interfaces and dense deployment …
Challenges of 5G Green Communication Networks
The deployment of a large number of small cells poses new challenges to energy efficiency,
which has often been ignored in fifth generation (5G) cellular networks. While massive …
which has often been ignored in fifth generation (5G) cellular networks. While massive …