Conventional cellular wireless networks were designed with the purpose of providing high
throughput for the user and high capacity for the service provider, without any provisions of …

The ongoing densification of small cells, ie, ultimately evolving toward ultra-dense networks
(UDNs), yields an unprecedented paradigm shift in network design by bringing the base …

For today′ s cellular mobile communication networks, the needed capacity is hard to
realize without much more of (expensive) bandwidth. Thus new standards like LTE were …

The spectral efficiency of cellular communication systems is limited by inter-cell interference.
Especially cell edge users will experience bad performance. A potential remedy to inter-cell …

Public transportation vehicles are natural hotspots of wireless communication demand.
Potentially, multiple users in the vehicle will compete for scarce spectral resources. At the …

Low power remote radio units (RRU: s) are identified as one of the key components to
increase the capacity of cellular networks in dense areas with high traffic demands. When …

In Coordinated Multi-Point (CoMP) networks, Base Stations (BSs) cooperatively process
User Equipment (UE) connected to multi-points to eliminate the inter-cell interference. CoMP …

The architecture of cellular systems is currently revolutionized in order to remove the
capacity limitation that is enforced by intercell interference. Instead of considering signals …

Coordinated multi-point (CoMP) is a well-known approach to mitigate interference in cellular
systems and, thus, to improve spectral efficiency. On the downside, implementing CoMP …

The spectral efficiency of today's cellular networks that feature small inter-site distance and
high spectral reuse is limited by inter-cell interference. An effective means to cope with the …