With the fast development of cyber–physical systems, mobile applications and traffic
demands have been significantly increasing in this decade. Likewise, the concerns about …

Ultra-dense deployment of small cells can enhance capacity, extend coverage, and improve
the spectrum and energy efficiency. However, intra-tier interference among different …

As a result of continued expansion of 5G technology, the density of IoT devices has
increased dramatically. Increasing the throughput of 5G systems is now extremely important …

In recent years, energy efficiency has become an important topic, especially in the field of
ultra-dense networks (UDNs). In this area, cell-association bias adjustment and small cell …

Network densification is attracting increasing attention recently due to its ability to improve
network capacity by spatial reuse and relieve congestion by offloading. However, excessive …

Ultra‐dense small cell networks (UD‐SCN s) have been identified as a promising scheme
for next‐generation wireless networks capable of meeting the ever‐increasing demand for …

超密集网络中, 密集部署的低功率基站将会加大系统的能耗, 并且造成紧缺频谱资源的浪费.
探寻干扰协调和系统节能的可行性方法在超密集网络架构下提出基站的休眠—唤醒—活跃机制 …

Aiming at further improving the energy efficiency of system while meeting the data rate
requirement of the users, in this paper, a network energy efficiency optimization problem by …

Energy efficiency (EE) is one of the main requirements for future fifth generation wireless
networks to allow a sustainable network development. Toward this goal, this study proposes …

With the increased demand for wireless communication, 5G network deployment is expected
to accelerate. The energy consumption and carbon footprint are expected to rise rapidly as a …