We investigate the fundamental limits of communication over binary interference channels with finite states and with delayed network state information at the transmitters.
The promise of ubiquitous and super-fast connectivity for the upcoming years will be in large part fulfilled by addition of base stations and spectral aggregation.
The promise of ubiquitous and super-fast connectivity for the upcoming years will be in large part fulfilled by the addition of base stations and spectral aggregation.
5G cellular communication is envisioned to enable connectivity for a wide range of new use cases.
In this paper we analyze and discuss the coverage and capacity of Sigfox and LoRaWAN in a large scale urban environments covering 150 km2 in Northern Denmark.
The major factor influencing the design of radio systems above 10 GHz is the attenuation caused by rainfall; the principal result, from which many other prameters are determined, is that the repeat
For sometime now we have used an interface prediction technique for terrestrial microwave relay systems that is based on terrain scattering.
4G cellular standards are targeting aggressive spectrum reuse (frequency reuse 1) to achieve high system capacity and simplify radio network planning.
LTE and related technologies could bring the wireless broadband to unprecedented performance levels.
Enhanced interference coordination mechanisms have been proposed to overcome the inter cell interference problem in co-channel Heterogeneous Cellular Networks (HetNets).
