Multicell Cooperative Processing (MCP) has been identified as a key technology to underpin
future 4G wireless systems. In MCP enabled systems, the Base Stations (BSs) of the network …

Multi-cell cooperative processing (MCP) has recently attracted a lot of attention because of
its potential for co-channel interference (CCI) mitigation and spectral efficiency increase …

Multicell cooperative processing (MCP) has been recognised as an efficient technique for
increasing spectral efficiency of future cellular systems. However the provided benefits come …

Multicell cooperative processing (MCP) has the potential to boost spectral efficiency and
improve fairness of cellular systems. However the typical centralised conception for MCP …

Coordinated Multipoint (CoMP) transmission technique is one method to improve
performance of cellular wireless systems, eg LTE Advanced, by cooperation of cells for …

Coordinated Multi-Point (CoMP) transmission and reception is a promising solution for
managing interference and increasing performance in future wireless cellular systems. Due …

Multi-cell cooperative processing (MCP) is well acknowledged for significantly improving
spectral efficiency and fairness amongst users. Nevertheless MCP comes together with …

Coordinated multi-point (CoMP) is a key feature for mitigating inter-cell interference, improve
system throughput, and cell edge performance. However, CoMP implementation requires …

Mobile data traffic grew by 74% in 2015 and it is expected to grow eight-fold by 2020. Future
wireless networks will need to deploy massive number of small cells to cope with this …

Coordinated multi-point (CoMP) has been selected as a key technology feature of LTE-
Advanced, as it enables the exploitation of inter-cell interference in order to significantly …