The vision of an interference‐free or interference‐exploiting mobile cellular radio system has
attracted lots of research groups. It led to several 3GPP long term evolution coordinated …

This article presents interference-avoidance schemes developed in the Advanced Radio
Interface Technologies for [Fourth Generation (4G)] Systems (ARTIST4G) Project for three …

Future cellular networks need to harvest existing spectral resources more efficiently. Hence,
networks will be deployed at a higher density in order to increase the spatial reuse. This will …

In interference channels, channel state information (CSI) can be exploited to reduce the
interference signal dimensions, and thus, achieve the optimal capacity scaling, ie, degrees …

Cellular networks are a central part of today's communication infrastructure. The global roll-
out of 4G long-term evolution is underway, ideally enabling ubiquitous broadband Internet …

For future cellular mobile radio systems optimum interference mitigation is one of the key
challenges. Cooperative antenna systems promise significant performance gains with …

Interference alignment (IA) is a promising technique that can eliminate the interference in
multi-user communication networks effectively. However, it requires highly accurate and real …

Advanced interference mitigation techniques relying on multipoint coordination have
attracted significant attention from the wireless industry and academia in the past few years …

Mobile communication networks have witnessed a perpetual evolution since their launching
as voice only networks. In the few past years, the focus was addressed to high data rate …

Interference is one of the most challenging problems in current cellular mobile access
networks. Coordinated nultipoint transmission/reception, and in particular joint processing …